Research from the Massachusetts Institute of Technology highlights 81 unique innovations across a diverse range of research efforts and industries that have impacted PV system costs since 1970, the majority of which originate from outside the sector.
While AI can help renewable companies get ahead, it will only take them so far without quality, clean data.
Predictive diagnostics and self-testing can help residential battery systems reduce downtime and cut service costs.
An in-depth study looked at the varying facets within Washington’s agriculture industry to determine how and where agrivoltaics can be best implemented to help meet the state’s energy needs and provide financial support to the state’s agriculture industry.
A research team from Temple University in Philadelphia analyzed the synergies and trade-offs of land conversion to agrivoltaics and other multi-use solar energy landscapes globally. They found that co-located solar systems should be specifically tailored in order to offer optimal performance and minimize negative impacts.
U.S. startup Ko-Solar and Germany’s R. Kohlhauer, announced plans to offer turnkey PV-integrated noise barrier systems for transportation corridors, such as alongside highways, railways, and airport runways.
The U.S-startup with a land-use efficient, terrain-conforming PV plant design for solar developers said it will invest in expanding into Europe, and in further product development.
A statewide test showed how California’s residential batteries could perform routinely when the sun is going down and the grid is challenged.
A research survey of farmers and ranchers across Washington state offers insight into how developers can best approach solar development in The Evergreen State.
California could move quickly to enable 23 GW of renewables near existing thermal generators, in time for the projects to qualify for tax credits before they expire, says a think tank policy director.
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