The Energy Storage Report 2024

Now available to download, covering deployments, technology, policy and finance in the energy storage market

European Parliament votes overwhelmingly to adopt energy storage strategy in clean energy plans

By Andy Colthorpe
“Energy storage will be essential for the transition to a low carbon economy based on renewable energy sources,” MEP Claudia Gamon, who authored the report, said. Image: Alfen.

Update 14 July 2020: Further to publication of this story, media representative at the European Parliament informed that the resolution voted on as yet remains non-binding and “won't have a direct legislative effect”. 

“However, it aims to exert a political pressure on the European Commission ahead of future proposals,” the representative said, confirming that “it shows the direction where the Parliament wants to go,” with the European Commission “holding the right of initiative for new legislation”. 

This article requires Premium SubscriptionBasic (FREE) Subscription

Enjoy 12 months of exclusive analysis

  • Regular insight and analysis of the industry’s biggest developments
  • In-depth interviews with the industry’s leading figures
  • Annual digital subscription to the PV Tech Power journal
  • Discounts on Solar Media’s portfolio of events, in-person and virtual

Or continue reading this article for free

The European Union has agreed that energy storage will be vital in its clean energy economy of the future, as Members of European Parliament (MEPs) voted overwhelmingly to adopt a strategy report putting energy storage and hydrogen at the heart of its agenda.

After the vote on Friday, in which 556 MEPs were in favour with just 22 against and 110 abstentions, MEP Claudia Gamon, the author of the report on a comprehensive European approach to energy storage, said “energy storage will be essential for the transition to a low carbon economy based on renewable energy sources”.

The scope of the definition includes technologies such as pumped hydro, battery energy storage, thermal storage and green hydrogen. Gamon said that these technologies “must be given market access to ensure a constant energy supply for European citizens”. Prior to Friday’s vote, the European Parliament Committee on Industry, Research, Telecoms and Energy (IRTE) had voted in favour of introducing the report in similar proportions: 53 MEPs on the committee were for, with just 3 against and 15 abstentions.

Recommendations made include the removal of regulatory barriers that exist across multiple EU jurisdictions, such as double-charging, where energy storage systems are charged twice for using the grid: once when charging from it and again when discharging into it.

This prevents energy storage systems from delivering services cost-effectively that can be beneficial in balancing the supply and demand of electricity, particularly when adding larger shares of variable renewable energy from solar and wind. That recommendation was also included in the EU’s just-published Strategy for Energy System Integration, which seeks to pull down the barriers to decarbonisation and modernisation across multiple sectors, from power and heat to transport.

The report can be read here. It further calls on Member States to “fully explore their energy storage potential”, calls on the European Commission (EC) to “develop a comprehensive strategy on energy storage” that can establish a “highly energy-efficiency and renewables-based economy”, which implements a technology-neutral approach to ensuring a level-playing field, considering both commercial available technologies as well as others that are “close-to-market”.

It also emphasises energy storage deployment as a possible alternative to traditional grid expansion strategies and “deeply regrets” that larger storage and infrastructure projects face resistance and delays at local level, asking Member States to “actively encourage support at local level”.

Green hydrogen could have a big role to play in European decarbonisation, while support for local manufacturing of batteries could support the continent's economic competitiveness and sustainability goals, analysis and consultancy firm Clean Horizon's head of market analysis, Corentin Baschet told today.  

“We recognise that hydrogen has a large role to play in the European decarbonisation: according to Clean Horizon’s computations, with a price for solar and wind electricity reaching €15/MWh (US$16.99/MWh), hydrogen from electrolysis could be produced at a cost of approximately €1.5/kg and be cheaper than hydrogen from steam methane reforming,” Baschet said, adding that Germany and France as well as soon-to-be non-EU Member State Britain could be among the first countries in Europe to “invest billions into this high-potential energy carrier”.

“The development of a European battery manufacturing supply chain will enable to reduce the reliance of the industry on Asia. It will simultaneously enable to increase traceability and reduce the carbon footprint of the batteries,” Baschet said. 

Email Newsletter