System Voltage Optimisation

Open
Update frequency

Unknown

Last updated

2021-07-20

Format

CSV

Project Overview

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations' voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

Avc, Control, Relays, Voltage
Key Value

Access and Licensing

Access conditions

Any controls, requirements, or pre-requisites surrounding access to data

Licence conditions

wpd-open-data

Data Quality

Aggregation Method

Any controls, requirements, or pre-requisites surrounding access to data

Organisational Lineage

The licensing conditions controlling access to the data

Risks

Considerations, risks, and constraints around making assumptions based on specific datasets. e.g data health score

Confidence Level

The level of confidence associated with a specific dataset

Units

The units in which energy is described within a dataset

Related Dataset from Western Power Distribution (view all)

Other Datasets matching realtime (view all)

This is open data, we are presenting it as shared for beta testing purposes. Real-time CO2 consumption data for the...

This is open data, we are presenting it as shared for beta testing purposes. Real-time gas (energy) data for the...

This is open data, we are presenting it as shared for beta testing purposes. Real-time energy consumption data for...

Western Power Distribution

The electricity distribution network operator for the Midlands, South Wales and the South West.

View all Follow Message

Datasets

.CSV

Bowhays Cross GT1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

679930

.CSV

Bowhays Cross GT2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

679589

.CSV

Bridgwater GT1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

657767

.CSV

Bridgwater GT2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

658238

.CSV

Bridgwater GT3

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

656954

.CSV

Colley Lane T1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

673956

.CSV

Colley Lane T2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

672869

.CSV

Colley Lane T3

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

672960

.CSV

Dunkeswell T1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

600058

.CSV

Dunkeswell T2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

665613

.CSV

Exeter City GT2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

676848

.CSV

Exeter City GT3

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

681652

.CSV

Exeter Main G1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

675129

.CSV

Exeter Main G2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

676206

.CSV

Lydeard St Lawrence T1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

379244

.CSV

Lydeard St Lawrence T2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

361595

.CSV

Marsh Green T1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

665181

.CSV

Marsh Green T2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

665138

.CSV

Millfield T1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

643125

.CSV

Millfield T2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

658248

.CSV

Nether Stowey T1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

665606

.CSV

Nether Stowey T2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

603017

.CSV

Paignton GT1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

679075

.CSV

Paignton GT2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

680104

.CSV

Radstock T1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

659281

.CSV

Radstock T2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

660539

.CSV

Taunton Main GT1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

634036

.CSV

Taunton Main GT2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

636061

.CSV

Taunton Main GT3

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

672427

.CSV

Tiverton Moorhayes GT1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

679155

.CSV

Tiverton Moorhayes GT2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

678290

.CSV

Tiverton T1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

665188

.CSV

Tiverton T2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

664512

.CSV

Waterlake T1

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

651413

.CSV

Waterlake T2

This dataset contains the results of a real-time, centralised voltage control system for 33kV and 11kV electricity distribution networks, called System Voltage Optimisation (SVO). System Voltage Optimisation dynamically adjusts the previously static target voltage settings of the substations’ voltage control relays in order to release network capacity and has been implemented and trialled as part of the Network Equilibrium innovation project.

654411