According to PV Info Link, the price for monocrystalline cells in China fell below that of the usually cheaper multicrystalline products. However analysts expect it to be a blip, with multi prices expected to fall and mono to be supported by the Top Runner Program, now China’s main source of demand for the rest of 2018.

Researchers at Australia’s University of New South Wales have surpassed 10% efficiency for a cell based on copper zinc tin sulfide – sulfide kesterite. It is the fourth time in two years the group has set a new record for the efficiency of cells based on such materials.

Chinese polysilicon producer Daqo New Energy says it maintained full production capacity in June, and reiterated its full year production guidance of 22,000-23,000 MT. The company’s Q2 financials show, however, sales volume and profits fell over the previous quarter, thanks to loss of demand in China.

Taiwanese cell producer, Neo Solar Power has posted a net loss of NT$390 million (US$12.75 million) for the second quarter of 2018. Though indicative of the difficult times currently facing Taiwan’s cell manufacturers, the figures represent a 39.3% reduction compared with the previous quarter’s loss.

U.K. investor the Foresight Solar Fund today announced the acquisition of a portfolio of operational PV projects, following a placement of new shares in June which raised around £48.1 million.

A timetable has been set for the merger of three of Taiwan’s largest solar cell manufacturers, according to reports from the state-owned Central News Agency. The companies held separate board meetings last week and confirmed the transaction is set to be completed on October 1.

The U.S. National Renewable Energy Laboratory has developed a process which it says can dramatically reduce the costs of producing ultra-high efficiency cells from gallium arsenide, and other III-V compounds, similar to the solar cells used by NASA in space exploration projects.

According to reports from Energy Trend, a 30% decline in PV demand from China this year will likely spell trouble for some of the country’s major module manufacturers, with job losses and factory closures expected, despite China’s determination to open new international markets for its PV industry.

A team of researchers from the Helmholtz Zentrum Berlin and University of Potsdam has been able to observe defects in a perovskite solar cell, and found that the largest efficiency losses occur at the interface between the perovskite and transport layer.

An international team of scientists working with polymer-fullerene solar cells has developed a process of fluorination, which demonstrated a significant boost in cell efficiency. According to Moscow Institute of Physics and Technology, the discovery could assist the development of new thin film solar materials.