A 30MW / 30MWh battery energy storage system has been inaugurated with a ceremony in Victoria, Australia, with one project partner describing the switching-on as “a real watershed moment in the continuing modernisation” of the state’s energy supply.
South Africa’s state-owned utility Eskom has unveiled its Distributed Battery Storage Programme at an event this week, committing to solar-plus-storage and energy storage projects totalling 1400MWh.
Four energy storage projects that have been proposed as an alternative to expensive transmission and distribution (T&D) network upgrades, totalling 38.5MWh of capacity, have been awarded to developer EsVolta by California utility Southern California Edison (SCE).
Australia is to trial using solar and wind power to produce hydrogen via electrolysis, with the hydrogen then being used for long-term energy storage in the Sydney gas network.
Ireland’s DS3 flexibility market will deploy the fastest-reacting batteries in the world under an opportunity dubbed “Enhanced Frequency Response on steroids” by energy expert Felicity Jones, partner for energy storage and flexibility at UK-based consultancy Everoze.
It’s likely a strong indication of the way the world is adopting renewable energy rapidly that just under a month ago, one of the best-established trade shows for solar in the US featured what seemed like almost as much space dedicated to national and international energy storage companies and technologies, as it did for solar.
The UK’s government has shied away from supporting large volumes of solar and other distributed energy technologies through subsidies, but commercial and industrial energy storage and solar-plus-storage could be a huge market opportunity in Britain and abroad.
Bosch has said its investment in a German energy storage company, just announced today, fits in with a purpose of positioning the engineering giant at the forefront of the emerging ‘digital climate and energy’ industry.
EDF Energy has partnered with Nissan to launch a new energy storage proposition using second life batteries with the utility’s proprietary demand side response (DSR) platform in the latest high profile collaboration in the UK energy sector.
