The DC-coupled battery has 94.5% round-trip efficiency and the inverter offers up to 11.4 kW power and 10.3 kW backup power.

A collaboration between universities, nonprofits, and a geospatial mapper led to development of a highway solar evaluation tool.

Research from the U.S. National Renewable Energy Laboratory shows that high-renewables operation is possible, and less expensive, when a range of energy storage technologies are used.

A new study shows that U.S. solar installers submit fewer quotes to low-income households, creating a supply-side barrier to solar adoption.

SolarRecyle.org is designed to provide clear information for a more sustainable solar panel life-cycle.

Grasshopper, a Canada-based renewable energy developer, will use $48 million of financing to support four solar+storage projects in Massachusetts.

Researchers conducted a global assessment of rooftop solar PV potential using high-resolution imagery, big data, and machine learning.

Developed by US scientists, the model detects and classifies panel faults without the need for additional sensors. It leverages correlations between the power produced by adjacent panels to detect deviations from a panel’s otherwise expected behavior.

Six decades of global concentrated solar power documentation make up the bulk of Sandia National Laboratories’ archive.

An international team of scientists observed a cooling effect in a large radius around solar arrays. The cooling may have implications for local ecosystem management.