Update 24 September 2020: A few hours after the publication of this story, Entergy made public a new pledge to reach carbon neutrality by the year 2050. The company said that while it commits to this goal it will remain committed to "grid reliability and affordability for customers".
Sodium-sulfur (NAS) batteries made by NGK Insulators will be supplied by a subsidiary of chemicals company BASF for power-to-gas projects by South Korean company G-Philos in global territories.
Mitsubishi Power has launched a simplified approach to commercially integrating hydrogen into energy systems either as long or short duration energy storage, or as a means of balancing the grid as higher shares of renewable energy are added.
Iberdrola is to develop a landmark solar-storage-hydrogen facility in central Spain, professing it to be the largest industrial green hydrogen facility in Europe once complete.
Energy generation has never been a single technology market and energy storage is no different, says Ed Porter from Invinity Energy Systems.
While lithium-ion batteries continue to take the dominant share of new installations by some distance, there are a variety of other technologies looking to complement, combine or even compete. Panellists at the Energy Storage Digital Series looked at the questions of which energy storage technologies are the likeliest contenders for that future.
UPDATED 14 July 2020: The European Union has agreed that energy storage will be vital in its clean energy economy of the future as Members of European Parliament (MEPs) voted overwhelmingly to adopt a strategy report putting energy storage and hydrogen at the heart of its agenda.
The European Union (EU) has just published its Strategy for Energy System Integration, including pledges to support renewables and energy storage as the continent targets carbon neutrality by 2050.
A key committee of Members of the European Parliament (MEPs) has voted overwhelmingly to thrust energy storage into the heart of the continent’s decarbonisation agenda, while trade group EASE has urged the EU to raise its targets on 2030 emissions reduction.
Yet another major green hydrogen initiative has seen the light in Australia, joining a recent flurry of activity in a year where countries are betting on the renewable gas as a COVID-19 recovery pillar.
An Australian government-backed trial to create “virtual gas wells” using renewable electricity may demonstrate that small-scale, “stackable” units could be viable in making power-to-gas technology work at scale, the company providing electrolysers for the project has said.
A survey of over 2,000 “senior business leaders” in G20 countries has found that electric vehicles and battery storage are the most popular assets to invest in among non-power generation technologies in the energy sector.
The Energy Storage Digital Series, an online-only conference and webinar series, produced and hosted by the events division of our publisher Solar Media kicked off yesterday. Here are some highlights and key quotes from opening panel discussion: 'Predicting the energy storage tech of the future'.
Australia’s government-owned green bank, the Clean Energy Finance Corporation (CEFC), has pledged AU$300 million (US$192 million) of existing funding towards “building investor confidence in renewable hydrogen”.
What is thought to be the world’s largest ‘single-stack’ green hydrogen electrolyser, a 10MW project in Fukushima, Japan, began operations on schedule in March, provider Asahi Kasei has said.
Targeting a national economic goal in mind of making hydrogen competitive with natural gas, Australia’s government has put AU$70 million (US$44.3 million) into a “deployment funding round” for renewable hydrogen.
Ministry for Ecological Transition and Demographic Challenges (MITECO) said it will be receiving comments for 15 days after the current COVID-19 crisis-related state of emergency the country has declared is over.
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.
A 10MW hydrogen production plant powered from renewable energy has just opened in Fukushima Prefecture, Japan, and is thought to be the world’s largest to date.
Hydrogen and vehicle-to-grid (V2G) technologies are among those vying to be considered the next big innovation in energy storage, a panel of experts has concluded.
This week at the Solar & Storage Live show in England, Energy-Storage.news met with system integrator and inverter maker Multi-Source Power (MSP), which is now working on EV charge solutions using AFC's fuel cells.
California’s success in embracing renewable energy technologies, particularly solar, has brought with it challenges around reliability of supply to consumers. Janice Lin and Jack Chang of Strategen explore how the Golden State is pioneering the deployment of energy storage as it pursues its goal of complete energy decarbonisation by 2045.
Walking around Energy Storage Europe this year it was obvious that the show, like the market, has grown from a small handful of “strong believers” as one source put it, to a forward-looking show focused on a ‘business-as-usual’ scenario.
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.
A hydrogen ‘power station’ which includes 15MWh of batteries as part of a total 140MWh of renewable energy-charged energy storage, will be built on French Guiana by Hydrogène de France (HDF Energy).
The UK’s power system could become greener and more efficient if excess generation, typically from renewable sources, was used to create hydrogen, a national association of engineers has said.
Over €12 million (US$13.18 million) in funding will be provided to two European projects to examine and exploit synergies between the stationary energy storage and transport sectors, through the EU’s Connecting Europe Facility (CEF) funding instrument.
A new project could make power-to-gas “commercially viable” by exploiting links with the automotive industry, according to Germany’s Centre for Solar Energy and Hydrogen Research Baden-Württemberg (ZSW).
Behind-the-meter energy storage controls based around Nissan’s EV batteries and a ‘software-defined power plant’, both designed to incorporate a range of energy resources including solar, have been launched in the past week.
Doosan Fuel Cell America will supply 30.8MW of hydrogen fuel cells to Busan, South Korea, in a deal also involving Samsung Construction and Trading (Samsung C&T) and Korea Hydro and Nuclear Power.