The state-owned Solar Energy Corporation of India (SECI) issued at the beginning of the month a tender for 1,200MW of renewable power that can be used to alleviate peak demand issues on the grid, in effect mandating the use of energy storage systems (ESS).
Uncertainty persists around the impact bankruptcy proceedings brought about at investor-owned utility Pacific Gas & Electric (PG&E) could have on renewables contracts and energy storage projects as it faces “extensive litigation” and “significant liabilities” for California wildfires.
Two community energy suppliers in California followed up an agreement to buy power from a large-scale solar-plus-storage farm with another, project developer EDF Renewables has announced.
Two community energy groups in California have partnered to buy the energy output of a 150MW solar farm with 180MWh of battery energy storage from Recurrent Energy, the US-based utility-scale solar project developer subsidiary of Canadian Solar.
Hawaii has been a prolific installer of both rooftop solar and latterly batteries for energy storage and one of the US state’s smaller islands looks set to get its first ever grid-scale solar-plus-storage system.
The addition of energy storage has made a 1MW community rooftop solar project in Massachusetts viable, after a long-term PPA was secured with a local utility.
Submissions for Thailand’s first 300MW hybrid PPA scheme, which encourages use of energy storage to supplement renewable energy generation, are due by 20 October.
Interest in energy storage in the Middle East is ‘ramping up significantly’, as we reported last week in an extract from this interview with IHS Markit analyst Julian Jansen. His firm is forecasting 1.8GW of energy storage for the region by 2025 – from an installed base of next-to-nothing today. Jansen talked us through some of the drivers, market dynamics and the general picture of what we might see developing.
While parallels are often drawn between the solar and storage industries, financing energy storage projects is a lot more complex than simply “transposing” learnings from solar to batteries.