2017-06-30 | Editor : rheatsao 1189 pageviews

World’s First Commercial Solar Project Features 1366 Director Wafer Technology Completed

Silicon wafer manufacturer 1366 Technologies announced that Japan’s IHI Corporation, through its wholly-owned subsidiary IHI Plant Construction Co., Ltd (IPC), has completed the grid connection and begun commercial operation of a 500 kW solar installation featuring 1366’s high performance wafers.

“This commercial installation delivers all of the expected benefits specific to solar power and then some, the energy payback of an installation featuring Direct Wafer products is accelerated to less than a year due to the fact that our technology uses just one-third the energy,” said Frank van Mierlo, CEO, 1366 Technologies. “IHI has a long history of identifying and adopting groundbreaking technologies, we’re proud the Direct Wafer process is part of that story.”

The array, located in the Japanese prefecture Hyōgo and consisting of IEC-certified modules fabricated by a Tier 1 manufacturer in China, includes more than 120,000 wafers made with 1366’s revolutionary Direct Wafer® process. All the wafers were produced at 1366’s demonstration facility, using the Company’s production-ready Direct Wafer furnaces.

During its lifespan, the array is expected to displace approximately 9,500 metric tons of CO2 from entering the atmosphere. 1366 and IHI celebrated the completion of the system this week at a ceremony in Tokyo.

This installation builds on the success at test sites in the United States, Germany and Japan and demonstrates 1366’s ability to run the Direct Wafer process at scale. It also underscores the broad appeal of the technology downstream where customers want advanced, high-quality systems with lower carbon footprints.

“It has been our goal to expand our portfolio of renewable energy systems with innovative technologies that dramatically reduce cost and deliver superior performance of photovoltaic systems. This installation achieves that goal,” said Mr. Otani, IHI Corporation.

Related Entries