The volume of large-scale solar under construction in the United States has hit a new high of nearly 10 GW, as solar panel prices continue to rise and supply tightens for projects trying to beat the ITC step-down.
An Arizona regulator has advocated for using a modeling tool being developed by Arizona State University, to help the state plan how to phase in more renewable energy. Yet the university’s initial plan for the modeling tool would not serve that purpose well.
TGIF and welcome to this Friday’s pvMB. Today we’ve got our sights set on Sunnova and PetersonDean’s California partnership, Pivot energy’s hiring, SimpliPhi cutting battery prices and more!
Texas reached an all-time peak yesterday between 4 and 5 PM. A wave of incoming solar projects can help to meet the state’s intense need for power, particularly if paired with batteries.
The third party residential solar company showed its highest volume of quarterly installations since late 2016 and record revenues. However losses rose as well, driven by an industry-wide trend of rising customer acquisition costs.
The same report that expects utility-scale PV costs to fall 54% from 2017 to 2021 also presents a constant-cost scenario from 2018 onward, on an equal footing with the “mid” and “low” cost scenarios. Utilities could be tempted to use the constant (high) cost scenario in their resource plans, and thus plan little or no added solar.
While the rest of the nation moves towards clean energy, both houses of the Ohio legislature have passed HB6, which will gut the state’s renewable portfolio standard and bail out coal and nuclear power plants.
A new report released by Environment Texas Research and Policy Center calls on state regulators to seriously consider the vast benefits provided by distributed generation and promote it as a leading option for our energy future.
EnergySage has released an all-new solar buyers guide which provides data and assessments of thousands of different solar modules and inverters, as well as scores of residential batteries.
Wood Mackenzie has released a report entitled “Deep decarbonization requires deep pockets” estimating that it would cost $4.5 trillion to fully decarbonize the U.S. power grid by 2030, but is the avoided cost greater than the upfront?
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