The base station parallel stacked photovoltaic system developed by IPANDEE is specifically for the green energy power generation of communication base stations to "reduce carbon emissions and reduce costs", and is committed to helping operators achieve low-carbon goals and carbon neutrality;
Passed the test of domestic authoritative third-party testing center certified by CMA and CNAS;
IPANDEE's stacked photovoltaic system consists of adapters and intelligent stacked photovoltaic combiner boxes. All adapters are connected in parallel to photovoltaic modules, and each photovoltaic module is tracked and adjusted by MPPT. The stacked photovoltaic system is connected to the DC busbar of the existing switch power supply in the equipment room, and photovoltaic power generation is prioritized to power the base station;
IPANDEE stacked photovoltaic system does not affect or control the original power supply system, and is only embedded in the electrical connection, and can be connected to any existing switch power supply system in the equipment room;
IPANDEE stacked photovoltaic system has a dynamic voltage tracking function, which monitors the DC output bus voltage in real time to ensure that the photovoltaic system has priority in power supplying and maximum power output, and the shortfall voltage is dynamically supplemented by the DC power supply system.
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