English 
Shizuoka Japan 680KW
About Project
Due to Japan’s predominantly mountainous terrain, flat land suitable for large-scale solar installations is limited. As a result, slope-mounted solar projects have become increasingly common. This project is located on a hillside at the edge of a forested area, with excellent solar resources, making it an ideal site for a renewable energy installation.
Client’s Challenge
This project presented several key challenges:
- Steep and uneven terrain: The installation site has significant slopes, making traditional mounting solutions difficult to implement.
- Restricted construction space: The narrow, sloped environment required precise planning for machinery operation and material transport.
- High stability requirements: The mounting system had to withstand Japan’s varied weather conditions, including strong winds and heavy snow.
SOEASY Solution
To meet these challenges, SOEASY provided its Slope Mountain Ground Solar Mounting System, specifically engineered for sloped and irregular terrain. Key features include:
- Adjustable design for slope adaptation: The system allows for customized post lengths and staggered installation to align panels evenly, ensuring optimal solar exposure.
- Robust and durable structure: Made of high-strength aluminum and hot-dip galvanized steel, the system offers excellent corrosion resistance and long-term structural integrity, even in harsh environments.
- Modular components for quick installation: Pre-assembled parts reduce on-site cutting and welding, speeding up installation and minimizing labor costs.
- Minimal environmental impact: Compact excavators are used for pile driving, reducing disruption to the natural landscape and preserving local vegetation.
Project Significance
This project showcases how SOEASY’s slope mounting solution can turn challenging mountainous terrain into valuable solar power generation sites. By making smart use of land resources and supporting the local shift toward renewable energy, it also highlights SOEASY’s commitment to providing adaptable, reliable, and efficient solar mounting systems for complex environments.
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