NEC Energy Solutions (NEC ES) has announced its 50 MW energy storage project in the U.K. with VLC Energy, is fully operational.
Trade cases, insolvencies, record-breaking low auction prices, China’s eye watering installation rates – all this and more characterized the 2017 solar PV industry. pv magazine reflects on the biggest stories, trends and developments of the past year; and summarizes what the industry can expect in 2018.
Inverter overview: As 2017 drew to a close following a record-breaking year for solar, pv magazine sat down to discuss the global inverter landscape with Cormac Gilligan, senior solar analyst at IHS Markit. With China dominant, India’s soaring solar market still very much up for grabs and technical innovation a perennial route to market leadership, these are the six trends that we believe will shape the solar inverter landscape this year.
In the increasingly competitive commercial-and-industrial storage market, IHS Markit expects the segment to grow 10-fold over the next five years – and ranks the companies that will lead the charge.
Japan may reach its 2030 solar installation target of 64 GW about 10 years ahead of schedule, according to a new report by PV consulting firm, RTS Corp.
Sunverge Energy has revealed plans to install “dozens” of energy storage units in eastern Japan, as part of a virtual power plant (VPP) project under regional utility Tokyo Electric Power (TEPCO).
GE Power has announced 12,000 jobs will go as part of its effort to cut structural costs by US$3.5 billion. Part of the reason for the move is the strong growth of renewables, and a softening of traditional power markets. Storage is said to be a “mega trend”.
A 1.2 MWh battery energy storage system (BESS) has been installed in the Czech Republic by Solar Global and Alfen. Plans for another, 10 MW, project have been revealed.
Lessons learned from solar failures could propel battery storage market to 12 GW by 2021, argues report by All-Party Parliamentary Group on Energy Storage, which implores government to be “on the front foot” when it comes to seizing ways to ensure energy security for the nation.
German PV equipment manufacturer to team with Kiel University to develop scalable production of silicon anodes to boost lithium-ion battery performance.
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