From July 2 to 4, ASEAN Sustainable Energy Week was held in Bangkok. Sungrow FPV showcased its high-adaptability floating solar system solutions tailored for the local market, highlighting the system's advantages in addressing technical challenges such as long wind zones and large waves in large reservoirs and lakes. 

The longer the wind zone in open water, the more pronounced the wind-generated wave effect. The technical team used professional hydrodynamic simulation software to analyze water depth and underwater topography, accurately calculating wave parameters such as wave height and period to customize tiered anti-wave solutions with greater precision. 

Edge Buoyancy + Structural Reinforcement: 50% Improvement in Wave Resistance 

To address regular wind waves, the design incorporates increased buoyancy at the edge of the solar array and structural reinforcement, enhancing buoyancy reserves and improving the system's wave resistance by 50%. 

Customized Floating Breakwater: Safety and Cost-Effectiveness Combined

For extreme wind waves, an innovative floating breakwater is applied on the windward side, combined with an elastic mooring system to efficiently dissipate wave energy. The customized design is based on specific wave reduction targets, effectively breaking down and reducing large waves while ensuring the safety of the photovoltaic area and maintaining economic efficiency. 

Smart Monitoring + Ultra-Wide Access Path: Dual Improvement in Safety and Efficiency

To tackle the challenges of low operational efficiency and difficult maintenance in long wind zones, the Sun Water Solar system truly addresses customer pain points: it can be equipped with monitoring terminals that transmit abnormal data in real time, significantly improving response speed; it also features the widest maintenance access path in the industry, allowing two workers to move side by side without congestion and ensuring safer transportation of tools and equipment. The ergonomic anti-slip pattern design meets the needs of long-distance maintenance in high-humidity environments. 

Thailand plans to achieve carbon neutrality by 2050 and net-zero greenhouse gas emissions by 2065. Sungrow FPV will continue to deepen its presence in the Thai market, committed to winning customer recognition and trust through solid and reliable technical capabilities.