This investment comes on top of the $100 million invested in 2018. Venture capital and corporate funding of new energy technologies continues despite — or perhaps because of — the pandemic.
Can programs like EnergyHub and National Grid’s battery-powered DR turn utilities into residential solar fans?
Bill Gates and Breakthrough Energy see enhanced transmission as facilitating electrification and grid reliability. Increasing transmission development at the “seams” between regions could save consumers more than $47 billion and return more than $2.50 on every dollar invested.
Researchers in Kenya say the geomagnetic field could reduce solar panel conversion efficiency 0.21% between the equator and a 50-degree latitude. Their analysis showed the complex magnetic field can determine increases in module fill factor and falls in maximum power.
Solar hosting capacity maps, now required in seven states, show where solar can be added on a distribution circuit without incurring any grid expense—but only if those maps are accurate. California’s experience, says a policy paper, shows that best practice guidelines for validating maps are needed to aid state regulators.
It’s during the interconnection review and approval processes that most developers run into the NEM integrity issue with California’s big utilities.
Private PV manufacturers and project developers alike are set to be squeezed out by the state in the world’s biggest solar market, according to Frank Haugwitz, who has compiled a wide-ranging report as preparations for the next five-year plan gather pace.
Developed to meet the needs of a rapidly-growing distributed energy market and backed by some of the biggest names in the Australian market, the team at Clipsal Solar has developed a platform they say can work with any combination of hardware and resources.
Batteries have won the lion’s share of recent cleantech venture capital — but here are some recent funding rounds for fusion, graphene, electrical panels, circuit breakers, geothermal drilling and direct-air capture of CO2.
“90% by 2035 is the sweet spot” for a pathway that uses existing technology, allows “judicious use” of existing generation assets, and “achieves near-complete decarbonization in a realistic timeframe,” said study co-author Nikit Abhyankar of UC Berkeley. The resulting lower wholesale cost of electricity by 2035 “was a surprise for us.”
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