Informatietype:
Project
Thema:
GO-e consortium
Unit:
Energy & Materials Transition

GO-e consortium researches flexible power grid

In cooperation with

GO-e consortium

The increase in the number of heat pumps, electric cars, and solar panels in the built environment is creating major challenges. This includes, for example, preventing overloading of the regional and national power grids. The Built Environment Electrification (GO-e) consortium is researching smart flexibility services as an alternative to reinforcing the power grid in the built environment.

About the project

The project runs until the beginning of 2024 and the Netherlands Enterprise Agency has granted a subsidy of 5.7 million euros for this purpose. The partnership consists of regional grid operators, service and technology providers, consultants, knowledge institutions, consumers, and business energy users.

Flexible use of electricity

If the use or generation of electricity can be varied over time, flexibility is created. Growth of emerging sustainable technologies provides opportunities to deploy smart flexibility services on a large scale in the built environment, for example, by charging electric cars at night, when there is less demand for electricity. Heat pumps can also provide flexibility.

Preventing overloading

Flexibility is an alternative to reinforcing the power grid. GO-e calculates how realistic this flexible deployment is. This allows regional grid operators to make substantiated decisions about whether, when, where, and how flexibility can prevent overloading of the power grid.

No need to worry

In order to have sufficient future flexibility within the energy system, the GO-e consortium is developing scalable flex services. This allows consumers and businesses to make automated flexibility from, for example, cars available to their energy supplier. The energy supplier then ensures better use of local energy sources and less peak load on regional power grids.

Many participants needed

Large-scale flexibilisation of electricity use is only possible if many end users participate. That is why consumers and business energy users are central to the design of the flex services and flex products in GO-e.

End users identified

In 4 'living labs', end-user preferences are incorporated during the design phase of the services. Three living labs are located in residential areas in Houten, Heeten, and Loenen (Veluwe), where flexibility services for consumers are being developed. The fourth is an Albert Heijn distribution centre where services are being developed to intelligently use flexibility from electric lorry charging.

About the consortium

The GO-e consortium is a collaboration of Alliander, Enexis, Stedin, ElaadNL, Greenchoice, Recoy, Itho Daalderop, ETPA, Technolution, Phase to Phase, DNV GL, Witteveen + Bos, TU Eindhoven, and TU Delft, led by TNO. Together with the end users from the living labs, this consortium represents the entire chain of parties needed to make flexibilisation successful. The consortium received a subsidy of 5.7 million euros from the Netherlands Enterprise Agency as part of Topsector Energy’s MOOI scheme. MOOI stands for Mission-oriented Research, Development, and Innovation.

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