A project which will combine and then assess four different types of non-lithium technologies for long-durations of energy storage has been awarded a grant by the California Energy Commission (CEC).
The Solar Media Podcast returns for a new season to mark the new year. In this first episode of 2021, sponsored by SKE Engineering, Andy Colthorpe and Liam Stoker cast their gazes at the horizon and profile what the immediate future holds for the solar and storage industries.
Let’s take a look at the news stories that had the most page views on the site since the beginning of 2020. The list covers everything from always-in-focus topics of cost reduction and competitiveness, to fire safety, innovation and commercialisation of new technologies and, of course in this year, COVID-19.
A AU$20.3 million (US$15.36 million) project to demonstrate the capabilities of utility-scale vanadium flow battery storage in combination with solar PV has been announced in South Australia, with the Federal government helping to fund the project.
China deployed 533.3MW of new electrochemical energy storage projects in the first three quarters of 2020, an increase of 157% on the same period in 2019.
Energy-Storage.news was delighted to host a sponsored webinar with Wärtsilä Energy on how energy storage is being used to support the uptake of electric transport last week - and you can now watch the whole thing on our YouTube channel.
In a world first project, tidal power is set to be combined with vanadium flow batteries to produce continuous green hydrogen.
A solar-plus-storage microgrid being deployed at an alloys mine in South Africa will feature a vanadium flow battery energy storage system, using locally sourced vanadium electrolyte.
We caught up with Bo Normark in his capacity as EIT InnoEnergy executive to discuss the past, present and future of energy storage, with his organisation taking the lead in the European Battery Alliance.
A group of Community Choice Aggregators (CCAs) in California, US, are seeking long-duration energy storage to add resiliency to their electricity networks serving around three million customers.
While redesigning California's energy system will take some time, in the past couple of weeks alone, Energy-Storage.news has become aware of numerous initiatives and projects, both publicly and privately-driven, that are seeking to modernise, add resilience to and lower the emissions of the California grid.
Energy storage systems based around vanadium redox flow batteries (VRFBs) are being developed for residential use in Australia by partners Australian Vanadium (AVL) and Gui Zhou Collect Energy Century Science and Technology.
An agreement to support the manufacture and sale of vanadium flow batteries has been struck between Australian Vanadium and Enerox, which makes and markets systems under its CellCube brand.
Invinity Energy Systems, supplier of a grid-scale vanadium flow battery being installed at a site in the UK will rent the battery’s electrolyte out to the investor developing the project, thereby helping lower the upfront cost of getting the system deployed.
The Energy Superhub Oxford in England is a sophisticated project to create a decarbonised urban environment using a mix of advanced technologies. Jorn Reniers, Postdoctoral Researcher at the University of Oxford’s Department of Engineering Science gives us insights into his role, which is to make a digital twin of the Superhub, including its 50MW hybrid battery storage system.
The new CEO at VRB Energy, a maker of vanadium redox flow battery energy storage devices, claims that ongoing improvements to its technologies will allow it to outcompete lithium-ion energy storage in the coming years.
There's a race to develop new technologies - and adapt existing ones - that can either be complementary to lithium batteries, or even compete with them. Representatives from three technology providers offer up some case studies, data, insights and opinions on where they think the market could go.
Germany company Voltstorage, claiming to be the only developer and maker of home solar energy storage systems using vanadium flow batteries, raised €6 million (US$7.1 million) in July.
Long duration energy storage is “essential” to help accelerate renewable deployment, according to the US Department of Energy’s Dr Imre Gyuk, who moderates this panel discussion with Matt Harper from flow battery provider Invinity Energy Systems and Russ Weed from gravity energy storage company ARES.
While we do acknowledge the challenges faced as a result of COVID-19, we cannot afford to lose sight of the opportunity renewable energy and energy storage solutions, such as the Vanadium Redox Flow Battery (VRFB) present, argues Paul Vollant, Director of Sales and Trading at vanadium supplier Largo Resources.
Energy generation has never been a single technology market and energy storage is no different, says Ed Porter from Invinity Energy Systems.
Transmission and distribution network operator Hokkaido Electric Power has contracted Sumitomo Electric Industries to supply a grid-scale flow battery energy storage system for a wind farm in northern Japan.
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.
What are the biggest market segments by region, application and opportunity today in energy storage? Guidehouse Insights senior research analyst Alex Eller takes us through the present and emerging hotspots of the global energy storage industry. Taken from the Energy Storage Digital Series online conference held earlier this year.
When most people think of the metals that power today’s energy storage systems, vanadium and lithium are at front of mind. Ron MacDonald, president and CEO of Zinc8, argues the case for another metal playing an important role.
A project to create performance standards for residential and small-scale commercial battery energy storage systems in Australia has been completed, with project leader DNV GL raising hopes that the rules can inform the global market too.
Why the real competition is fossil fuels, which battery optimisation strategies yield the best returns and bringing safety rules and guidelines to the attention of first-responders are among the topics discussed on the latest special episode of the Solar Media podcast.
Construction looks set to begin this year on a factory building flow batteries, as a joint venture (JV) formed by German tech company Schmid Group and Saudi Arabian investment company Nusaned closed the transaction to seal its partnership.
A 1MW battery storage system with as much as 150 hours of storage duration, using an as-yet unrevealed battery chemistry, is being deployed in a pilot by Minnesota electric utility Great River Energy.
Accelerator selected the maker of an organic flow battery among a group of “startups with the potential to dramatically alter the future global energy landscape”.