Do the lowest-cost modules always deliver the highest project value?
NEM 3.0 takes effect on April 15. For customers who don’t qualify, or don’t get an application submitted in time, developers need to be ready to implement more solar and storage projects down the line.
With electric vehicle (EV) adoption set to turbocharge demand for rare earth elements in Canada and in the United States this decade, attempts are being made to loosen the region’s dependence on China for the sourcing and processing of such critically important energy transition materials.
The requirements for distributed energy resources (DERs) are rapidly evolving, including those for DERs using solar photovoltaic (PV) systems. This second installment in a series on evolving standards details the code and additional safety requirements for the connection of direct current PV circuits to inverters.
While NEM 3.0 is expected is to slash the rate paid for solar energy sold back to the grid, batteries can help maintain the value of solar. The next wave of clean technology adoption, however, must seek non-lithium batteries and take advantage of new safe and affordable chemistries.
The deployment of a vanadium flow battery at a fire station run by Native Americans illustrates the role that the energy storage technology can play in ensuring that nobody is disadvantaged by the shift away from fossil fuels.
As the U.S. Uyghur Forced Labor Prevention Act demonstrated, companies preparing to spend big on batteries are at risk of being blindsided by supply-chain-related legislation. Here are some tips on how US developers can anticipate policy curveballs.
The Inflation Reduction Act of 2022 is not an eat-all-you-can feast for developers.
CEP Renewables installs nearly 60,000 solar panels on former municipal landfill, transitioning previously unusable land into revenue-generating, clean energy asset.
The solar module buying journey is anything but predictable.
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