The first large-scale solar and battery storage project to be connected to the grid in Australia has started providing power to 3,000 homes and businesses in Far North Queensland (FNQ) while forming a test case for deliberate ‘islanding’.
Carsten Reincke-Collon of Younicos continues his look at the potential – and limitations – of using blockchain in the energy system. This second part covers how energy storage and storage management software could be the key to the ‘puzzle’.
The winner of India’s first major solar-plus-storage auction, which has subsequently been scrapped for retendering, has said that despite being an unfortunate development, the firm is still keen to work closely with government on this technology for which the economics are continuously and rapidly improving.
Blockchain technology is being touted as the next big step forward in the digitalisation of the energy system. But storage and storage management software are the critical pieces of the puzzle needed to maximise its potential, writes Carsten Reincke-Collon of Younicos.
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.
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.
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.
Japanese trading house Itochu has invested £5 million (US$7.04 million) into UK-based energy storage and related services provider Moixa, which will enable Itochu to add Moixa’s ‘GridShare’ aggregation platform to its own suite of battery storage solutions.
