During the power generation of the PV array, the DC current generated by multiple branches of PV modules first flows into the combiner box. Through internal protection devices such as surge arresters, fuses, circuit breakers and anti-reverse diodes, it realizes the orderly convergence of multi-channel current, reduces the number of cables, simplifies the system wiring structure, and improves the standardization of power station wiring and convenience for later operation and maintenance. Meanwhile, it can effectively suppress overvoltage impacts such as lightning and surges, avoid current backflow between strings, and quickly cut off the circuit in case of branch overload, short circuit and other faults, so as to protect core equipment such as PV modules and inverters from damage and ensure the stable and safe operation of the entire photovoltaic system.
This is a 3-in 1-out DC combiner & lightning protection distribution box for solar photovoltaic systems, featuring IP65 waterproofing, surge protection, and overcurrent protection, designed for medium-scale residential and commercial PV systems.
This is a 2-in 1-out DC combiner & lightning protection distribution box for solar photovoltaic systems, with IP65 waterproofing, surge protection, and overcurrent protection, ideal for residential and small commercial PV systems.
This is a 2-in-1-out/2-in-2-out DC combiner & lightning protection distribution box for solar photovoltaic systems. It features IP65 water and dust resistance, dual surge protection, overcurrent protection, and other core functions, specially designed for small residential/commercial photovoltaic power stations.
This is a DC combiner/lightning protection distribution box for solar photovoltaic systems, featuring IP65 water and dust resistance, surge protection, overcurrent protection, and other core functions. It is widely used in residential and commercial photovoltaic power stations.
The product features high protection level, strong weather resistance and convenient installation. It can adapt to complex outdoor environments, is widely compatible with photovoltaic systems of different power scales, and serves as an important basic equipment to improve the power generation reliability of photovoltaic power stations and reduce operation and maintenance costs.
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