Moving from today’s gas stations to their electrified equivalent can present a challenge so “dramatic” that in some cases, microgrids may be the only viable solution, a representative of Schneider Electric has said.
Arkansas, currently ranked 31st among US states for solar deployment, will get a solar-plus-storage plant with 100MW of photovoltaic generation and 10MW / 30MWh of battery storage after regulator Arkansas Public Service Commission approved the project.
An Ontario college will use a large-scale lithium-ion battery system from Wartsila to “minimise” its Global Adjustment Charge (GAC), the Canadian province’s means of paying for grid infrastructure as well as green energy policies that can constitute as much as 60% of monthly electricity bills.
Microgrids can offer a resilient and secure alternative for both rural and city communities. Molly Lempriere looks at some of the microgrids around the world that are transforming the way neighbourhoods produce and consume electricity.
A solar and battery storage project combining 13.5MW of solar PV generation with 8MW / 8MWh of batteries in rural Alberta, Canada, has been approved by the local provincial regulator, the Alberta Utilities Commission.
Stephen Coughlin, CEO of Fluence since the energy storage technology provider jointly owned by AES and Siemens was launched in 2018 will step down at the beginning of May.
There exist opportunities for flow batteries to target areas of the market lithium-ion “can’t provide in an economically justifiable way,” the chief commercial officer of Invinity Energy Systems has said.
Why have battery energy storage and solar-plus-storage become such a key part of the US energy industry in a way that they have not in Europe, as yet? Corentin Baschet at technical consultancy and market analysis firm Clean Horizon took some of our questions.
