Utility Scale Storage

The driving force behind the innovative energy storage system installed at Amsterdam’s John Cruiff ArenA in the Netherlands, The Mobility House (TMH), talks to pv magazine about the death of the combustion engine, and how electric vehicles (EVs) are presenting both strong business cases, and unparalleled levels of flexibility via decentralized intelligence – blockchain technology – for electricity grids around the world.

South Australia readies to welcome another grid-scale Tesla battery – 25 MW / 52 MWh energy storage system to be installed at the Lake Bonney Wind Farm.

SIMEC Zen Energy, the Australian energy arm of Sanjeev Gupta’s GFG Alliance, has officially launched its landmark US$1 billion (AU$1.38 billion) renewable energy initiative, announcing the details of its first project – the 280 MW Cultana Solar Farm.

Looking back on the 2017-18 financial year, the Clean Energy Finance Corporation (CEFC) has confirmed it provided $1.1 billion towards renewable energy projects, including 10 large-scale solar projects.

The Tasmanian government is undertaking a review of the FiT support scheme, which it says will lower the cost of electricity for Tasmanian households and small businesses. With one of the state’s largest commercial solar PV projects commissioned yesterday, the government is edging towards its objective of making Tasmania’s electricity 100% renewable by 2022.

The suggestion of additional investments beyond the $1.6 billion follows reports of battery cell shortages as Tesla’s Model 3 picks up production. It is unknown what impacts this will have on Tesla’s stationary storage business.

The City of Sydney has installed the first large scale battery storage system to be located within the Sydney metropolitan are. Transgrid and the City collaborated on the project, which sees 500 kWh of batteries coupled with around 450 kWp of rooftop PV.

Puerto Rico is requesting ten 20 MW / 20 MWh batteries to be deployed strategically in the country’s power grid. The RFQ notes that sites should be upgradable to 40 MW / 160 MWh.

A hugely-ambitious plan to develop a 200 MW PV array and 120 MWh battery system in South Australia has received development approval. The project developer, which is hosted by the University of Adelaide’s ThincLab accelerator, reports that the $450 million project is privately financed with a 60/40 merchant/PPA structure – a significant milestone for the market segment.

Australia’s first large-scale project to use pumped hydro to store solar generated power, the Kidston facility in north Queensland, has landed more than half a billion dollars in concessional finance from the Northern Australia Infrastructure Facility.