Fluence will deploy Lithuania’s first grid-scale battery project, aiming to prove the advantages of using batteries as an alternative to building out expensive transmission infrastructure.
While 2020 may have been and gone, the strange times we’re collectively experiencing certainly have not. Looking back at least gives us an opportunity to reflect on the lessons learned during the past year or so and Aaroh Kharaya, product manager at solar PV and battery storage quality assurance, supply chain management and engineering services firm takes us through his top takeaways from a time that we may otherwise seek to forget.
Updated 10 January 2021: “These longer-duration 2 hour systems highlight a growing recognition of battery based energy storage systems as not only super-fast but also super-robust infrastructure assets that can serve a broader range of capacity and system balancing needs for 20 years or more.”
Marek Kubik, market director at Fluence, talks to Energy-Storage.news about the company’s work on the 11MW Kilathmoy battery storage project, delivered in tandem with wind giant Statkraft and Ireland’s grid operator EirGrid.
Not only can energy storage be used to “mimic” the roles of existing assets in the electricity network, a gigawatt-scale initiative in Germany shows how ways of thinking about energy storage could save transmission and networks “billions of dollars”, the COO of Fluence has said.
Australian renewables investor Lyon Group has penned an agreement with China Huadian Corporation which will see the duo co-develop and invest in power-plus-battery energy storage systems across Australia, China and other Asian markets.
