The rooftop raised distributed photovoltaic project of Xiamen Xinnuo Electronic Technology Co., LTD
1. Space Reuse Revolution: The 4.2-meter ultra-high rack height design overturns the traditional flat laying mode. Under the photovoltaic modules, an independent and practical space is formed, which can be used as a storage, logistics channel or equipment placement area. In the industrial park where land is extremely valuable, it realizes the dual benefits of "rooftop power generation + underground storage", turning idle rooftops into high-value assets.
2. Worry-free structural safety: Utilizing high-efficiency I-beam steel structure and M-shaped waterproof support, combined with a full-node reinforcing design, the overall structure is stable and resistant to typhoons, ensuring safe operation throughout its 25-year life cycle. It is suitable for the high load-bearing capacity and strong durability of cement roofs. It can stably support photovoltaic arrays without additional reinforcement and avoid the risk of roof leakage at the same time.
3. High-efficiency power generation guarantee: Utilizing high-efficiency monocrystalline A-class modules, the light conversion efficiency leads the industry. Combined with A scientific tilt Angle design, every ray of sunlight is fully converted into clean electricity. Photovoltaic modules covering the roof form a natural insulation layer. In summer, it can lower the indoor temperature by 5-8℃, reduce the energy consumption of air conditioners, and in winter, slow down the aging of the roof, achieving the dual benefits of "power generation + energy conservation".
4. Flexible grid connection benefits: Supports the "self-generated, self-consumed, surplus power fed to the grid" model. Enterprises can give priority to using photovoltaic power, enjoy electricity price discounts, and fully connect surplus power to the grid to obtain additional benefits. The dual grid connection options of high and low voltage are suitable for the needs of different enterprises. Moreover, photovoltaic power generation is not included in the energy assessment indicators and is not affected by power rationing during the orderly power consumption period, ensuring the stability of production power supply.
