Aquion Energy’s Disruptive Battery Tech Picks Up $35M in VC
Eric Wesoff: April 2, 2013
$35M for a battery with an anode made of activated carbon, a cathode made from sodium and magnesium oxide, and a water-based electrolyte
$35M for a battery with an anode made of activated carbon, a cathode made from sodium and magnesium oxide, and a water-based electrolyte
Don’t hold your breath. The CEO of the California ISO says, “It’s good stuff, but it’s expensive, and we have to find business cases.”
The battery consists of an anode made of activated carbon, a cathode made from sodium and magnesium oxide, and a water-based electrolyte.
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“No evidence that would support any net renewable resource integration cost.”
SCE may not get the San Onfre Nuclear Generating Station back in service before summer’s peak loads.
And how do wind and solar power fit in?
Meeting the state’s renewable mandates comes with challenges and risks.
The ISO CEO’s five-year plan has four simple components—and they may require fossil fuels.
Falling panel costs make PV appealing, mandates demand solar on the grid—CSP can make both easier.
To do it reliably and affordably, California’s system operator needs wires and a market to match its robust energy mix.
Can the California ISO’s new Flexible-Ramp software tool line up 33 percent renewables and a fast, diverse, competitive market?
The state grid operator has opened its Mission Critical Wing, powered by renewables for renewables.