Utility Scale Storage

A 6 MW solar plant and 5 MW/2.5 MWh storage system are set to increase the share of renewable electricity on the Pacific island of Nauru from 3% to 47%. The $27 million project is being supported by the Asian Development Bank (ADB).

When Sony first commercially introduced lithium-ion batteries in 1991, the industry recognized their potential to revolutionize portable electronics. Ever since, there have been countless efforts to improve the technology, with many researchers focusing on energy density and longevity, in line with demand from emerging applications such as electric vehicles (EVs) and on-grid energy storage. Julian Jansen and Youmin Rong of IHS Markit discuss the effect of safety concerns on this rapidly growing global market.

The Sydney-based developer has raised funding for the development of a 30 MW CSP project which will be collocated with a 20 MW PV plant. The company’s innovative technology, which uses sodium as a heat transfer fluid to capture concentrated solar energy that can then be stored and used on-demand on the utility-scale, has earned Vast Solar an international award for dispatchable renewable energy technology.

Pumped hydro and battery-storage projects took the lion’s share of feasibility-study grants today awarded under the NSW Emerging Energy Program. Alongside VPP proposals, they feature also in the shortlist of 21 projects now in the running for capital funding.

Plans for a gigawatt factory in Saudi Arabia, bullet-proof warranties and an international vanadium rental service are propelling a new generation of batteries into the energy storage big league. Pioneers of redox flow technology claim that they can put an end to the degradation and safety issues afflicting lithium-ion batteries. They also expect imminent economies of scale to reduce the cost of bulk energy storage and unlock new markets for solar power.

The showpiece 3.6 GW Fengning county project which will offer grid services and back-up power at the 2022 Winter Olympics is part of a 31.15 GW construction pipeline of projects, many of which are set to come into service next year.

Australia’s chief scientist Dr Alan Finkel continues to voice his support for some modicum of Carbon Capture and Storage (CCS) in Australia’s hydrogen future, providing a lifeline to fossil fuel producers. While Finkel’s argument holds some water, it holds nowhere near enough water to produce a hydrogen economy. 

Australia’s chief scientist Dr. Alan Finkel continues to push Australia toward a strong hydrogen economy produced by solar and wind through electrolysis. However, Finkel remains attached to the idea that toxically unpopular carbon capture and storage methods, a lifeline for fossil fuel producers, should also play a part.

South Australia is looking to leverage its wind, sun, land, infrastructure and skills to be a world-class renewable hydrogen supplier.

Australia’s unwieldy and slow-to-adapt transmission network is one of the greatest roadblocks to continued development of renewable energy projects. Strategically deployed storage on transmission lines offers a flexible alternative to the upgrade and major build of new lines, says a new industry white paper.