Energy storage in the state of South Australia has continued its prolific pace of development with the announcement of two new grid-scale projects and a sizeable commercial and industrial (C&I) installation.
California has proved energy storage is both effective and cost-effective as a capacity resource, leading to one utility being instructed to hold competitive solicitations for energy storage, the head of the California Energy Storage Alliance (CESA) has said.
GE has formed a strategic alliance with UK energy infrastructure company Arenko to develop grid scale batteries in the UK, starting with a 41MW system in the Midlands.
Battery storage and demand-side response have continued to play a crucial role in the UK’s power mix, together landing more than 500MW of contracts in the most recent T-1 Capacity Market auction.
Members of the public in South Australia are being given the chance to participate in creating the biggest ‘virtual power plant’ of solar PV and batteries the world has ever seen.
IFC, a member of the World Bank Group, and the government of Canada have formed a financial partnership that will utilise public funding to generate private sector investments to spur renewable energy, including energy storage, in Sub-Saharan Africa.
A utility in Bremen, Germany, has contracted multinational engineering group AEG to build a hybrid solution for regulating grid frequency which combines electrochemical batteries and power-to-heat technology.
Chinese electronics and engineering company Huawei, which also manufacturers inverters for solar PV systems, is starting the supply of its FusionHome Smart Energy Solution, providing solar-plus-storage capabilities to the Australian residential market during the first quarter of 2018.
The CEO of Orsted, the world’s largest offshore wind developer, has said that his company is working to establish “a scalable commercial model” for solar PV and energy storage, viewing both as potential drivers of long-term growth.
Younicos will carry out another project to retrofit lithium-ion batteries in replacement for an existing lead acid battery system at a wind farm, this time in Hawaii.
