Company News

From September 13th to 15th, the Tokyo International Smart Energy Exhibition (PV EXPO) took place at the Makuhari Messe Convention Center in Chiba. Mibet exhibited products that included ground mounts, floating solar systems, ballast systems, metal seam roof clamps, and tile roof hooks, demonstrating our capability in designing and manufacturing solar mounting products.

September 11-14, 2023 - The 2023 RE+ International Solar Exhibition was successfully held at the Venetian Convention Center in Las Vegas, where Mibet Energy made an exciting appearance with a range of solar mounting products. Products such as the Solar Floating System and the ground solar mounting systems GT7 and GT2 garnered a lot of inquiries and attention from visitors.

From August 29 to 31, 2023, the InterSolar South America Solar Photovoltaic Exhibition was grandly held in Sao Paulo, Brazil. The event attracted exhibitors from all over the world. The Mibet team showcased a range of photovoltaic system products, demonstrating our expertise in solar mounting brackets technology and our strong brand presence to our international partners.

In November 2022, Mibet's metal rooftop solar project located in Xiamen, China, was successfully completed and connected to the grid. The project has an installed capacity of 21 MW, with the panel mounting system made of aluminum alloy, incorporating a standing seam clamp and a waterproof rail design. This setup annually generates approximately 24.565 million kWh of electricity, significantly reducing the operational energy costs for the factory.

In Aomori Prefecture, Japan, our 11MW ultra-high voltage ground-mounted solar power project was successfully connected to the grid in January 2023. From the initial project requirements, scheme design, mounting systems supply, to assist with safety reviews, we provided a complete solution.

Miyagi Prefecture boasts a developed agriculture and aquaculture sector, coupled with abundant sunlight, making it an ideal location for constructing photovoltaic power stations. However, its maritime climate and geographical position in a heavy snowfall zone necessitate a robust and corrosion-resistant solar installation.

In the island nation of Bahrain, Mibet's 1.8 MW solar carport project has been successfully initiated and completed on schedule. We provided a comprehensive solution and supplied the entire solar carport system. The carport is designed with a single-pillar structure, utilizing carbon steel for its frame. Treated with a hot-dip galvanizing process, it boasts attributes like durability, corrosion resistance, anti-rust, and a prolonged lifespan.

Recently, the 28 MW utility-scale ground photovoltaic power station in Suzuka City, Mie Prefecture, Japan with the mounting system supplied by Mibet Energy, has been installed and passed the customer's acceptance, which has been well received by the owner. The photovoltaic power station adopts the ground mounting system designed by Mibet Energy and it successfully passed the Q&A clarification of the Ministry of Economy, Trade and Industry of Japan. It is expected to generate 46 million kWh of electricity per year, which can reduce carbon dioxide emissions by about 28,000 tons.

The agricultural photovoltaic system is a new model of development combining agricultural production and photovoltaic power generation.The Mibet agricultural solar photovoltaic mounting system (hereinafter referred as "Agri-PV system") has attracted large number of clients in Japan, due to its appealing appearance, high standards and supreme quality, and the Japanese market is well-known for its stringent requirements for product quality. At present, more than 10 projects in Shizuoka Prefecture, Aichi Prefecture, Yamanashi Prefecture, Fukushima Prefecture etc. have been constructed and commissioned one after another.

Recently, a 20.8 MW floating PV plant with a floating system supplied by Mibet Energy achieved commercial operation. As the largest single floating PV project in the Middle East and North Africa, the plant has an annual power generation capacity of 31.6 million kWh.