Grid data transparency
Overview of the status and impact of the innovation
What
Rapid digital transformation over the past decade has led the grid to become highly interconnected and automated. It generates vast amounts of data from customers’ meters, from measurements on the grid, from other grid assets and from markets of immense value to multiple stakeholders. These data should be made as transparent as possible, using communication frameworks and data management infrastructure to support the collection, exchange, use and security of the information.
Why
Transparency of data and digital communication is essential to the power system planning needed for large-scale EV adoption. Data are vital for making optimal decisions on charging infrastructure locations, charging times and duration, grid services and participation in local flexibility markets, among other matters.
BOX 3.19 Grid transparency efforts by ELIA, Belgium’s transmission system operator
The ELIA platform shares data on the status of the grid as well as qualitative data, including issues and reports. Users can download data to improve operations. For example, data on grid imbalances enable entities active in the system to co-operate to avoid grid problems. ELIA is also creating an advanced platform that includes historical load data on EVs and wind power, which will also help solve grid-related problems (Elia Group, 2022). Similar platforms are also being developed by Energienet in Denmark and TenneT in the Netherlands.
Related kits
Power to mobility innovations
Innovations (35)
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Technology and infrastructure
- 1 EV model evolution
- 2 EV batteries
- 3 Battery recycling technology
- 4 Diversity and ubiquity of charging points
- 5 Wireless charging
- 6 Overhead chargings
- 7 Portable charging stations
- 8 V2G systems
- 9 Digitalisation for energy management and smart charging
- 10 Blockchain-enabled transactions
- 11 Smart distribution transformers
- 12 Smart meters and submeters
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Market design and regulation
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System planning and operation
- 20 Cross-sectoral co-operation and Integrated planning
- 21 Including EV load in power system planning
- 22 Grid data transparency
- 23 Clean highway corridors
- 24 Operational flexibility in power systems to integrate EVs
- 25 Management of flexible EV load to integrate variable renewable energy
- 26 Management of flexible EV load to defer grid upgrades
- 27 EV as a resilience solution
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Business models