Manufacturing

The company has also doubled its workforce and improved the energy efficiency of the facility, which is used to manufacture Alencon’s galvanically isolated DC:DC optimizers and research next-generation technology innovations.

An international research group has created a closed-loop, transparent energy platform based on PV power generation and hydrogen production from photo-electrochemical cells. The system is claimed to supply power without interruption and to be transparent enough to be integrated into buildings.

Manufactured in a new facility in California, what sets the Timberline Solar roof system apart from others is that it directly integrates solar technology into traditional roofing processes and materials.

The NA300 offers thermal stability, fast-charging capacity, low-temperature performance, and integration efficiency.

Also on the rise: Enphase starts shipping IQ8 inverter. Michigan gets two new solar projects bringing 50 MW to the state. Meyer Burger to bring solar module manufacturing and jobs to Arizona. A bill aims to re-establish Washington’s former highly effective solar incentive program. Watch the solar array deploy on NASA’s James Webb telescope.

The PV industry in 2021 has largely been defined by disruption: Price increases from raw materials to final shipping have led to shortages in PV module supply and project delays the world over. Despite these upsets, innovation has continued at pace, and the year has seen plenty of technological twists and turns that are sure to spell good news for solar in the long run. Read on for a look back at some of the biggest developments.

A diversified and talented workforce, proximity to customers, and strong partnerships on the ground in Arizona prompted Meyer Burger to establish a production site in Goodyear, Arizona.

The record efficiency was achieved by engineering the cell with reduced copper(II) oxide (CuO) and copper (Cu) impurities in the thin-film deposition. It showed an open-circuit voltage of 1.13 V, a short-circuit current of 10.63 mA/cm2, and a fill factor of 0.696.

Goal is to reduce cost of heliostats by 50% and accelerate U.S. manufacturing

The panels match the look of composite shingles and come in four different shades.