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Flexibility markets

By integrating different technologies, flexibility markets help to incentivise changes in energy supply and demand.

New technologies are changing the way the energy system works. As the energy system relies more and more on renewables, and more and more energy use is electric (for example because of e-mobility and electric heat pumps for heating) the electricity system becomes more decentralised and interactive.

Flexibility markets help energy networks to monitor energy flows and create market signals to motivate changes in energy supply and demand, integrating smart meters, smart appliances, renewable energy resources and energy efficient resources accordingly. The Commission promotes flexibility markets as they can contribute and help the EU becoming a climate-neutral continent by 2050.

Energy systems and smarter grids

For the energy system to integrate various sources of renewable energy, and ensure that production and consumption of electricity always match, the grids need to become smarter.

This requires a high-level of digitalisation and automated communication and control. It will benefit consumers, as they can get better control over their energy consumption. They can for example opt for clean, locally produced electricity, invest in local cooperatives or install solar panels on their roof. The Commission supports the development of flexibility markets through research and innovation projects, funded by Horizon2020 and organises workshops,bringing together stakeholders and discussing the future of flexibility markets.

Direct current technologies

Not all renewable energy production will be decentralised in the future. At the same time, the Commission’s scenarios presented in the ‘Clean Planet for All’ Communication (COM/2018/1173), indicate that offshore wind will become increasingly important in the energy mix. That requires electricity to be transported from offshore wind parks to the main consumption centres (industrial sites and cities) onshore, over long distances.

High-voltage direct current (HVDC) cables are an efficient way of transporting electricity over longer distances, but integrating them in the existing electricity network, based on alternative currents, poses technology challenges. To tackle this challenge, there will be soon a new implementation working group on HVDC within the Strategic Energy Technology Plan (SET Plan) that will bring EU countries, but also actors from academia and industry, to work together on various aspects of the HVDC technologies.

Additionally, the Commission promotes research and innovation projects that develop the HVDC technologies of the future, for example through projects like Promotion and Migrate.

Direct current technologies also play an increasing role at local level, as many new sources of electricity production and consumption depend on these technologies, such as solar panels and batteries in electric cars.

Testing new ways of integrating direct current technologies in the distribution grid is a priority for the Commission. It has organised the following workshops, bringing experts, project experiences and policy makers together on this topic.

  • 4 February 2020: Workshop on Horizon 2050 power system and the role of HVDC technologies in a highly decentralised RES generation