Xifu River Anti-glare Floating Photovoltaic Project Interprets The Formula of "Power Plant Gold Mining"
As land resources become increasingly scarce, developing vast water spaces has become an important growth point for the photovoltaic industry. The first anti-glare floating photovoltaic power station, which has achieved the goal of "rooting on the water surface and obtaining electricity from the water". This is not only a power station, but also a mature and replicable water-based photovoltaic investment solution.
Slow and steady
The stability and economy of seeking electricity from water
The anti-glare floating photovoltaic power station in Xifu River. It adopts advanced design of floating photovoltaic systems, with the core being a precise anchoring system. The system is like an underwater root system, effectively resisting wind and wave impacts and ensuring the stability of the photovoltaic array. This technological breakthrough not only unleashes the enormous energy potential of water spaces, but also marks the beginning of a new era of electricity for water.
Differentiated advantages
Empower power plants with social power
The glare problem of traditional water-based photovoltaic power plants has always been a key challenge in terms of visual impact. The anti-glare floating photovoltaic system in Xifu River. It adopts Giga-N series anti-glare floating components produced by Sunac Energy. The surface of the components is covered with materials with a transmittance of up to 94.1% and is covered with precision microstructures, which can convert glaring direct light into soft diffuse reflection light.
Actual test data show that glare intensity has been reduced by up to 50%. This technology allows the power station to integrate more friendly into the surrounding environment, allowing residents to fish comfortably next to the photovoltaic array, bringing higher social recognition and site flexibility to the project, thereby opening up a broader market space.
Photovoltaic hydrogen dual core drive
Leveraging the quadratic of energy efficiency
The anti-glare floating photovoltaic system in Xifu River, Yancheng is far more than just generating electricity. It is an efficient energy conversion center. This project creatively realizes a three-level energy conversion system of "light electricity hydrogen". During the day, photovoltaic modules convert light energy into electrical energy. The surplus electricity is efficiently converted into green hydrogen energy and stored through advanced electrolysis water devices. According to calculations, this innovative model has significantly improved the overall energy utilization efficiency, with an increase of 40%. This path not only provides a reliable solution for building a stable and sustainable zero carbon energy closed-loop, but also offers a new profit and application path for power plants.
The Xifu River anti-glare floating photovoltaic system is a concrete practice in solving the land and energy dilemma. It is also a solid step for the company to move towards a zero carbon future. We will continue to adhere to the concept of technology driven and ecological oriented. It is committed to providing more efficient and environmentally friendly solutions for global energy transformation.
The Yancheng Xifu River anti-glare floating PV project utilizes advanced floating technology and glare-reducing modules to generate power on water. By integrating photovoltaic power generation with hydrogen production from surplus electricity, it boosts energy efficiency by 40%, offering a replicable solution for sustainable zero-carbon energy.
