Hoogland, OnneOnneHooglandFluri, VerenaVerenaFluriKost, ChristophChristophKostKlobasa, MarianMarianKlobasaKühnbach, MatthiasMatthiasKühnbachKhanra, ManishManishKhanraAntretter, MichelleMichelleAntretterKoornneef, JorisJorisKoornneefWeijde, Harry van derHarry van derWeijdeSatish, AravindAravindSatishBattistutta, ElisaElisaBattistuttaVeum, KarinaKarinaVeumGorenstein Dedecca, JoãoJoãoGorenstein DedeccaDoorman, AnniekAnniekDoormanNuffel, Luc vanLuc vanNuffelCerny, OndrejOndrejCernyBreitschopf, BarbaraBarbaraBreitschopfHerbst, AndreaAndreaHerbst2023-11-172024-03-062024-03-072023-11-172023978-92-76-58767-5https://publica.fraunhofer.de/handle/publica/43783410.2833/333409Flexibility of energy supply and demand becomes increasingly important with increasing shares of intermittent renewable electricity generation. Energy storage is one of the candidates to provide the required flexibility to the electricity system. Against this background, the Energy Transition Ex-pertise Centre was asked to deliver a study on energy storage to improve the understanding of energy storage technologies, their business case, and best practices for enabling the development of energy storage capacities.enElectrical energyEnergy gridEnergy storageEnergy supplyEnergy transitionEU member statePrice of energyQualitative analysisRegulatory policyRenewable energyThermal energystudy