Scientists in Saudi Arabia have developed a new passivation process for n-type silicon solar cells, which they say could offer a simpler, lower-cost alternative to current processes used in manufacturing. The group fabricated wafers using this process with promising results, and now plans to integrate the process into a full silicon cell.
Researchers in Singapore have developed a 6.4 cm2 solar module based on co-evaporated methylammonium lead iodide (MAPbI3). They claim that the panel is a step forward in the industrialization of perovskite mini-modules.
Leading Edge Equipment Technologies falls in the kerfless solar wafer or direct solar wafer category. Its “drop-in” manufacturing tech cuts wafer costs by 50%, drives up commercial PV power by 7%, and reduces manufacturing emissions by 50%. It’s the emissions piece that may be winning over investors.
The new module, called Vertex S, is designed for residential and commercial rooftop installations. The efficiency of the module is 21%, one percentage point more than the previous model.
China reportedly has 10 GW of heterojunction cell capacity already up and running or under construction. Liyou Yang, general manager at Chinese state-owned manufacturer Jinergy that as costs for the technology continue to fall, more manufacturers in Asia can be expected to make the switch.
Qi-energy and Candock have developed a raft-based system for utility-scale floating PV plants, based on special high-density polyethylene “dock cubes” supporting a nonmetallic frame.
Strong net sales, 1.6 GW of bookings, plans for a 445 W panel, and environmental recognition for the Series 6 line point to another successful quarter.
Solar manufacturers Longi and Tongwei have frozen next month’s prices.
The HiKu7 CS 7N-MS series is available with power output ranging from 640-665 W and efficiency ranging from 20.6-21.4%. The panel, which is the most powerful product the company brought to the market to date, is considered ideal for utility-scale and commercial and industrial PV projects.
A scientist familiar with First Solar’s earlier efforts in CIGS makes the case for the CdTe pioneer to return to the technology.
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