Water

SIVOA

The Lower Orge Valley authority (or SIVOA – Syndicat mIxte de la Vallée de l’Orge Aval) is responsible for up-keep of the river and its banks, water management and treatment, and monitoring of water quality. This inter-municipal association is made up of 32 municipalities with a combined population of more than 370,000.

Aim

Communicate via the France Telecom network.
Retrieve the data in real time.

Solution

Why choose Panorama? Communicates via France Telecom’s “Transveil” network.  Reports data in real time.

Customer benefits

Standalone telemetry system.
Maintenance can be managed in-house.

SIEAMD

The Inter-municipal Water and Sewerage Authority of Montluçon-Désertines (or SIEAMD) chose the Panorama SCADA software solution to equip its Cher river remote management facilities in the Allier region of France. The SIEAMD project, which began in 1994, covers the entire water cycle, from the production and distribution of drinking water, through the collection of wastewater and rainwater, to wastewater treatment. Equipped with increasingly sophisticated systems, and generating large amounts of data to process, remote management has become an essential tool for SIEAMD.

Aim

To manage the production and distribution of drinking water and the collection and purification of wastewater.
To equip the authority with a more powerful and effective remote processing system.

Solution

Saves time. Delivers gains in efficiency both in technical and human terms.

Customer benefits

Improved efficiency, responsiveness in the event of malfunctions and reduced staff turnover.

SIEAMD

The Inter-municipal Water and Sewerage Authority of Montluçon-Désertines (or SIEAMD) chose the Panorama SCADA software solution to equip its Cher river remote management facilities in the Allier region of France. The SIEAMD project, which began in 1994, covers the entire water cycle, from the production and distribution of drinking water, through the collection of wastewater and rainwater, to wastewater treatment. Equipped with increasingly sophisticated systems, and generating large amounts of data to process, remote management has become an essential tool for SIEAMD.

Aim

To manage the production and distribution of drinking water and the collection and purification of wastewater.
To equip the authority with a more powerful and effective remote processing system.

Solution

Saves time. Delivers gains in efficiency both in technical and human terms.

Customer benefits

Improved efficiency, responsiveness in the event of malfunctions and reduced staff turnover.

SIVOA

The Lower Orge Valley authority (or SIVOA – Syndicat mIxte de la Vallée de l’Orge Aval) is responsible for up-keep of the river and its banks, water management and treatment, and monitoring of water quality. This inter-municipal association is made up of 32 municipalities with a combined population of more than 370,000.

Aim

Communicate via the France Telecom network.
Retrieve the data in real time.

Solution

Why choose Panorama? Communicates via France Telecom’s “Transveil” network.  Reports data in real time.

Customer benefits

Standalone telemetry system.
Maintenance can be managed in-house.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.

Canaux de Paris

The City of Paris maintains a network of 130km of navigable waterways for the supply of nondrinking water, freight transport and pleasure boating.

Aim:

Modernise equipments, remote control and CCTV systems on the parisian canals.

Solution:

The canal department choose Panorama software for the remote control of lockgates and movable bridges. The application has been set up to ensure the safety of structures and users.

Benefits:

The SCADA application is easier to learn, and operators are more responsive. Enhanced cyber security for systems and equipment.

Hydrostadium

Hydrostadium, a subsidiary of the EDF Group, produces hydro-electricity by harnessing the potential energy of a head of water and transforming it into clean, renewable energy. For reasons of reliability and durability, Hydrostadium has chosen the Panorama SCADA for the revamp of the SCADA system which covers each of its 250 “small-hydro” power plants (< 12MW capacity). Moreover, the solution will also offer Hydrostadium’s operators a reliable and functional Hypervision system to facilitate the maintenance and operation of the plants.

Aims

To equip the 250 “small-hydro” production units with a standalone, independent, local SCADA that communicates all the necessary information to the hypervision located in Annecy.

To equip the company with a Hypervision system allowing the different user profiles – operators, operations managers, application administrators – to view and/or operate each of the facilities from the main regional operation and maintenance centers.
This Hypervision must also be capable of exchanging data with large-scale hydro plants (hydraulic dams with capacities in excess of 12MW).

Solution

Hydrostadium chose the Panorama SCADA and Historian platform for its scalability and interoperability.

The object-based approach adopted for the Panorama platform means that local integrators can work with a library of graphical and functional objects to adapt the reference application to the functional requirements of each dam. For the customer, this is a guarantee of productivity during the deployment of the solution across the 250 units. It also offers the assurance of excellent application maintainability thanks to the high degree of consistency between the local applications.

For the successful implementation of this project, Panorama’s expertise unit is supporting Hydrostadium with its national deployment strategy as well as assisting in the development of the Hypervision.

Customer benefits

The Panorama platform offers each user both local and global views of the network of hydro facilities. A center manager for instance will be able to view a plant complex, a valley, a catchment area or a region from his or her control station.

All users also have a mobile application to monitor in real time the current status of each dam (reservoir level, active power, status logging, alarms, etc.).  This additional operating aid further facilitates the operation and maintenance of the hydro-electric production sites.

Voies navigables de France (VNF)

Voies Navigables de France (VNF) is responsible for the management, operation, modernization and development of 6,700 km of navigable rivers and canals and more than 4,000 structures including locks, navigation dams and canal bridges throughout France.

For a project of this scale, VNF relies on a river management information system in which real-time knowledge of the network is an absolute requirement in order to regulate and monitor the navigation of commercial and pleasure craft through the network.

Aim

To have a single nationwide Hypervision platform offering a global and simplified vision of the following:

• river traffic
• position of vessels
• status of the canal’s navigational structures (locks, swing bridges, sluices, etc.)
• status of network communication facilities (availability of video streams, system operation, etc.)

Remote operation of a number of navigational structures from a control center.

Solution

VNF made the choice of the Panorama platform for its Hypervision application and located it at VNF headquarters in Béthune. Several control-command stations are tied in with the Hypervision and these are located on canal sections including one at Gambsheim. This particular station is unique in France, with a permanent lookout and crisis center supervising and monitoring all events and activity along the cross-border stretch of the river between Basel and Lauterbourg on a 24/7 basis. The control-command stations can be made autonomous from the central server in the event of any network loss by switching to a degraded mode.

In view of its complex architecture, VNF opted for a robust, future-proof industrial application. With the prospect of adding round-the-clock control-command stations, it was critically important to choose a scalable software solution also combined with high-level graphical usability necessary for extensive use of Panorama’s geo-scada function (OpenLayer map display).

Customer benefits

Network operators are able to remotely control the navigation infrastructure from a single location in centralized mode.

Wall monitor display gives a clear and detailed view of traffic and navigation conditions.

Begun in 2014, the project is being rolled out on a continuous basis, with new canal sections to be added over the course of 2020 and into the coming years.

Souk Tleta desalination plant (Algeria)

Water taken from the sea is transformed into drinking water and then transported from the collection station to the reservoirs. With a production capacity of 200,000 m³ per day, this facility will provide drinking water to 330,000 inhabitants. A second collection station is under development.

Aim

Offer a single independent SCADA solution for production, transport (150 km of pipeline) and water storage.

Customer benefits

This station significantly strengthens the capacity of the province in terms of drinking water supply. Another seawater desalination plant with the same production capacity, located in Honaine, is also equipped with a Panorama system.