Supported byClarion Energy
HomeMarketsHungary: Energy storage...

Hungary: Energy storage support scheme approved

 

The European Commission has approved a Hungarian support scheme worth 1.1 billion euros. The scheme is aimed at the development of large-scale energy storage projects. It will facilitate the deployment of at least 800 MW/1,600 MW of energy storage systems.

It will improve the flexibility of the electricity system and allow the integration of renewable energy capacity.

Funding under the scheme will be available to companies operating in the energy sector and will be distributed through a public tender. It will come as an investment grant to be allocated during the construction phase of the projects and two-way Contracts for Difference. Funding in the second category will be paid annually during the first 10 years of the assets’ operation.

The installation of energy storage facilities in neighbouring member states will also be eligible for support. Contracts to the winning developers will be awarded by the end of 2024.

Supported byClarion Owners Engineers
Supported byspot_img
Supported byspot_img

Latest News

Supported byspot_img
Supported bySEE Energy News

Related News

North Macedonia aims for 38% renewables share by 2030

North Macedonia is targeting 38% renewable energy as a share of gross final energy consumption by 2030. The programme includes rapid solar expansion and additional hydropower generation, with parts of the plan reported to be ahead of the planned...

Budapest targets 10 million m² rooftop solar with batteries under city mapping

Budapest is working to expand distributed electricity generation by using the city’s building stock, with an identified rooftop area of about 10 million square metres that could host solar panels combined with energy storage. The initiative is presented as...

Montenegro’s renewable target exposes the limits of a hydro-dominated system

Montenegro’s renewable-energy share has fallen to approximately 41%, leaving the country almost nine percentage points below its 50% target for 2030. The decline exposes a structural weakness: Montenegro appears highly renewable during favourable hydrological periods but remains vulnerable when rainfall and...
Supported byVirtu Energy