This product has the core advantages of integrated new energy application. First, it integrates 50W monocrystalline silicon photovoltaic panels, which can generate 0.5-0.7kWh of electricity per day, realizing self-sufficient power supply for monitoring and communication modules without external power supply. Second, the tempered glass photovoltaic panel not only has power generation function, but also provides high-strength protection for the cable trench, with a thickness of 6mm to meet the safety protection requirements. Third, it is equipped with a 20000mAh backup lithium battery, which can continue to operate for more than 72 hours in continuous rainy weather. Fourth, it adopts a clamp-type quick installation design, which can complete the installation without professional tools, greatly reducing the construction time. It effectively solves the problems of high power supply cost and difficult patrol management of cable trenches in photovoltaic power stations.
The standard size of this product is 1200mm*600mm*100mm. The base material is 4mm thick double-sided aluminized zinc steel, with a 2mm thick composite resin auxiliary layer, and the surface is covered with 6mm thick tempered glass photovoltaic panel. The maximum load-bearing capacity is 150kN, meeting the traffic standards of photovoltaic power station sites. Its protection grade reaches IP68, which can resist 1m deep water soaking for 30 minutes. The single photovoltaic panel output power is 50W, the working voltage is 18V, and the 4G full network communication module can stably transmit monitoring data and power generation data to the remote platform. The backup lithium battery can support 72 hours of continuous operation in the case of no sunlight.
This product is mainly applicable to ground photovoltaic power stations, distributed photovoltaic roof cable trenches, photovoltaic energy storage power station cable trenches and other new energy power generation scenarios. It is suitable for photovoltaic power station operation and maintenance teams, new energy site management departments and power distribution system operators. It can realize real-time monitoring of cable trench status, autonomous power supply and unified management of photovoltaic panels and covers, effectively reducing the operation and maintenance cost of photovoltaic sites, and providing intelligent protection and sustainable energy support for new energy power distribution facilities.
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