An optimal power system portfolio for the US state of California that would drive the world’s fifth largest economy towards greenhouse gas reduction goals for 2030 and then to zero carbon by 2040, includes 1GW of long duration energy storage.
SimpliPhi Power closed down its manufacturing operations briefly due to the COVID-19 pandemic last week before reopening this week, having made adjustments to try and ensure the safety of workers.
California, the world’s fifth largest economy and a global innovation engine, is confronting ambitious clean energy and GHG reduction goals. California must achieve 60% renewable energy and 5 million electric vehicles on the road by 2030, and a fully decarbonised power sector by 2045.
An auction for 700MW of grid energy capacity in Portugal is being configured to allow bids from solar and also solar-plus-storage projects to participate on a competitive basis, with guaranteed payments for energy storage co-located projects to use a capping mechanism in the event of ‘price spikes’.
Last year saw large-scale storage come of age in the USA and Canada, with some heavyweight storage portfolios starting to take shape. Speaking to four leading North American developers, Andy Colthorpe takes the pulse of a market poised for growth.
“The bottom line is that this is a good business decision. We will get back our money in eight to 10 years at the current price of power. As the price of energy goes up, we’ll pay it back even quicker.”
In the past couple of weeks, national and state government organisations in Australia have announced various stages of development for solar projects with a range of advanced and innovative storage solutions attached.
Installing and maintaining renewable energy resources can be viewed as an “essential service”, according to the California Solar + Storage Association (CALSSA).
The energy storage industry in the US is experiencing delays and could be staring in the face of potential job losses, according to a poll conducted by the national Energy Storage Association (ESA).
Blockchain technology and a digital trading platform enables sonnen’s latest virtual power plant (VPP) project in northeast Germany to store wind energy that would otherwise be curtailed and ‘lost’.
