What are the structural characteristics of photovoltaic cleaning equipment?
Most of the photovoltaic power plants are remote, inconvenient, and short of water. PV cleaning was once manually cleaned, with high efficiency and low cost. With the development of technology, photoelectric cleaning equipment is produced with high working efficiency. Cheaper fees. The general structure is photovoltaic cleaning equipment.
Photoelectric cleaning equipment for cleaning photovoltaic panels needs to be connected to the surface of the photovoltaic panels and cleaned under driving force. The PVC cleaner is composed of three adsorption, driving and cleaning devices. Most PVC panels must be angled during installation. Therefore, the photovoltaic cleaning equipment must be able to clean the PVC surface at the same time. Absorption is very important. Both magnetic and vacuum adsorption can be used for adsorption. Most equipment is in a vacuum state.
Its transmission device is mainly a moving method of photovoltaic cleaning device, which is used for photovoltaic cleaning equipment. Now commonly used are crawling, spinning, legs, wheels, frames, etc. This transfer method has its own advantages. Such as track type large surface contact, strong bearing capacity, adapt to various surfaces, can overcome obstacles. The surface of the PV panel is generally smooth, and the photovoltaic cleaning equipment itself is required to be small, so the crawler is usually configured.
Photovoltaic cleaning equipment usually has three steps: dust removal, scrubbing and water washing. In the scanning process, in order to avoid secondary pollution of the PVC board, the corresponding photoelectric cleaning equipment should have this function. The spiral structure is designed, and the dust is collected and discharged into the dust collecting box, and then the residual stains are removed with a flexible device, and the water stains are washed with the cleaning parts.