Our top-tier solar tracking and adjustable systems specifically optimized for Japan's unique topography and wind load requirements.
As Japan moves toward its "2050 Carbon Neutral" goal, the shift from Feed-in Tariff (FIT) to Feed-in Premium (FIP) systems demands higher efficiency. Manual adjustable solar racks have emerged as the "Golden Middle" solution—offering 15-25% more energy gain than fixed mounts while avoiding the high O&M costs of fully automated sensors in remote mountainous areas like Nagano or Hokkaido.
Japan faces unique environmental challenges: heavy snow in the north, typhoons in the south, and frequent seismic activity. Our manual adjustable racks utilize Zn-Al-Mg (Zinc-Aluminum-Magnesium) coated steel, providing superior corrosion resistance essential for Japan's coastal industrial zones.
Example: Manual Adjustable System in Mountainous Terrain
Founded in June 2012, we are a high-tech company driven by independent intellectual property rights. With 10 specialized departments—including R&D, Technical Engineering, and International Trade—we house over 60 professional technology talents. Our core team has focused on photovoltaic power stations and solar tracking technology for over a decade.
Our production utilizes CNC machine tools, laser cutting, and automatic welding robots to ensure every rack exported to the Japanese market meets the JIS (Japanese Industrial Standards) equivalent for safety and durability.
In regions like Chiba and Ibaraki, our manual adjustable racks allow farmers to tilt panels to optimize light for specific crops while maximizing power generation during winter months.
With 70% of Japan being mountainous, land for solar is scarce. Our flexible manual racks can be adjusted based on slope orientation, significantly reducing land preparation costs.
Utilizing high-grade anti-corrosion treatments, our racks thrive in salt-air environments such as the Port of Yokohama and Kobe.
We are currently developing the next generation of "Low-Torque Manual Adjustment" systems. This technology will allow a single operator to adjust a 100kW array's seasonal tilt in under 10 minutes using simple handheld power tools, bridging the gap between fixed-tilt simplicity and tracker performance.
From the deserts of North China to the snowy peaks of Japan, our systems have been tested in the most demanding environments on Earth. Our "Simple, Reliable, Effective" principle ensures that investors see a faster ROI through lower initial costs and minimized long-term maintenance.
Notable Project: 40MW ZRPT flat single axis with inclined module - showcasing the efficiency gains of combining tracking technology with fixed-tilt stability.
Fully automatic trackers are excellent for flat terrains but Japan's mountainous regions often lead to sensor signal interference or high maintenance costs due to remote locations. Manual adjustable racks offer a 15-20% efficiency boost with nearly zero maintenance costs.
Yes. Our structures are designed and wind-tunnel tested to withstand wind speeds up to 60m/s. We use high-tensile steel and reinforced foundation bolts to ensure stability during extreme weather events.
With our 500MW monthly capacity, we can typically ship standardized components within 15-20 days. Customs and transit to major Japanese ports usually take an additional 7-10 days.
Our products have obtained TUV, CE, and ISO certifications, and our structural designs are engineered to align with JIS C 8955 standards, which are commonly required for Japanese PV projects.
Original Documentation: Shandong Zhaori New Energy Tech. Co., Ltd. is a high-tech company based on independent intellectual property rights. Our factory covers 50,000 square meters. Our products include stationary bracket, adjustable PV bracket, flat single axis tracking system, tilted single axis tracking system and dual axis tracking system. Obtained patents from the Europe Patent Office, the United States, Canada, Australia, Japan, South Korea, etc.
Zhaori
