Eskom, the state-owned electricity utility of South Africa, has begun tendering for a battery energy storage system (BESS) of minimum size and capacity 80MW / 320MWh.
California investor-owned utility (IOU) Pacific Gas & Electric has begun work constructing a 182.5MW / 730MWh battery energy storage system (BESS) project at a substation in California.
Between CA$1.5 billion (US$1.12 billion) and $4 billion in electricity system cost savings could be achieved by Ontario’s Independent Electricity System Operator (IESO) by installing 1,000MW of energy storage by 2030, according to a new study commissioned by Energy Storage Canada.
Public utility NV Energy has announced plans to build three solar parks with battery storage and a large-scale transmission line project in Nevada, as it looks to transform the state’s clean energy landscape.
In the past few months Spain has announced a 2.5GW energy storage target by 2030 and Portugal is hosting a solar tender with a significant add-on option for storage. Clean Horizon's experts Corentin Baschet and Tanguy Poirot spoke with Andy Colthorpe on the role batteries and other storage can play in the Iberian Peninsula’s energy transition in the present and 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.
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.
Mitsubishi, Japanese telecoms co NTT step up focus on renewables, storage, EVs and energy management
Mitsubishi Corporation said today that it is partnering with major Japanese telecoms provider NTT to “study cooperation” in renewables, energy management using electric vehicles and battery energy storage, while according to reports, NTT is investing around US$1 billion a year in renewable energy up to 2030.
“This next phase we’ve entered is a large number of projects in a lot of places," Fluence VP for marketing and strategy, Brian Perusse, tells Energy-Storage.news.
A roundup of news in brief from the energy storage industry, this time with a special focus on the UK market.
Kruger Energy said that along with smart software and technology solutions company Peak Power, it has deployed three commercial and industrial (C&I) energy storage projects into a behind-the-meter virtual power plant (VPP).
For Japan, the famous 4Ds of the energy transition - creating a distributed, decarbonised, decentralised and digitised grid - will involve a huge scaling up of smart solutions on a market basis, various sources have told Energy-Storage.news.
Following on from our look at some of the takeovers of promising or already-prolific energy storage companies in the last edition of PV Tech Power, here’s an exclusive interview with Convergent Energy + Power CEO Johannes Ritterhausen.
Renewable energy supplier and project developer Neoen has begun construction on the largest grid-connected energy storage system in mainland France, a 6MW / 6MWh system which will provide frequency regulation services.
Cloud-aggregated virtual power plants using residential or C&I battery storage as part of a smart energy management system can benefit the grid, integrate renewables and EVs and hopefully add a powerful long-term value proposition for home storage. Andy Colthorpe and David Pratt report on how some of the UK’s first VPP projects are proving the concept.
Regulatory changes at the national level coupled with policy programmes in leading states will drive residential and commercial energy storage to new heights, according to various sources at this week’s Energy Storage International in California.
In part 2 of a technical paper first published in PV Tech Power Vol.13, Alex Eller of Navigant Research continues his look at how one of the most significant expenses for electric utilities, maintaining and upgrading transmission and distribution (T&D) networks, could be undercut using non-wires alternatives - including energy storage.
Innovations in new distributed energy technologies are challenging conventional thinking around the most effective ways to serve electricity customers and utilise grid infrastructure. Alex Eller of Navigant Research looks at how one of the most significant expenses for electric utilities, maintaining and upgrading transmission and distribution (T&D) networks could be undercut using non-wires alternatives - including energy storage.
A planned energy storage system backed with a diesel generator could remove the need to build an expensive undersea cable to serve the island of Nantucket, off the coast of Massachusetts in the US.
Australian energy provider MPower has been selected to deliver a grid-scale battery energy storage system in New South Wales that could save the local grid operator AU$1 million (US$0.78 million) a year in network upgrades.
One of the ‘value of energy storage’ questions that was being asked a lot two or three years ago was around the use of batteries and decentralised system architecture instead of traditional “poles and wires” grid networks. However, advancements in this area have been slow to materialise and Navigant Research’s recent ‘Energy Storage for Transmission and Distribution Deferral’ report sought to fill the knowledge gap. Andy Colthorpe took the opportunity to ask lead author Alex Eller three quick questions around the topic.
Energy storage will increasingly be deployed to save money on electricity transmission and distribution (T&D) infrastructure, with nearly half of the global market to be found in the Asia-Pacific region by 2026, Navigant Research has said.
One of New Zealand’s main gas and electric distribution companies has turned to distributed energy storage systems as a cost-effective alternative to long-distance wires and related infrastructure.
The growing commercial viability of energy storage has led regulators in the US state of New Mexico to add the technology to the suite of resources available to utilities in their forward-planning.
Utility and network needs are rapidly changing and some are adopting both batteries and ultracapacitors to meet these needs. David Lentsch of Maxwell Technologies looks at some of the various approaches.
A US regional electricity transmission and distribution operator’s plan to install energy storage batteries could enable ‘benefit stacking’ as a way of overcoming “crippling challenges” faced by energy storage, according to one energy expert.
The US market for solar-plus-storage is predicted to grow more than twentyfold in the next three years, rapidly expanding from US$42 million in value this year to US$1 billion by 2018, according to GTM Research.