Distributed photovoltaic power plants use enterprise roofs, box transformer tops, carport tops, household roofs, charging pile carports, residential roofs or idle land to construct photovoltaic power plants, including photovoltaic modules, mounting brackets, combiner boxes, power distribution cabinets and energy sources Management system, etc. By configuring a small photovoltaic power supply system, local consumption can be maximized, the surplus can be connected to the Internet, and the effective use of clean energy can be realized, energy saving and cost reduction, green and low carbon, and increase revenue.

Enterprise/User Roof

Photovoltaic modules installed on the roof reflect sunlight to achieve thermal insulation and cooling of enterprises/workshops, reduce cooling costs, and improve employee work efficiency; self-use, saving electricity bills; surplus electricity is connected to the Internet to increase income.

top box

Space utilization, energy saving and emission reduction; free grid connection, energy saving and efficiency increase; power generation storage, secondary utilization; heat insulation and cooling, improve equipment life and reduce equipment failures. 

Carport/charging pile top

Space utilization, green power generation, cost savings and long-term benefits; rain and sunshade protection, heat insulation and cooling, safety and reliability, and protection of vehicles/charging piles. 

Community micro-grid/idle land

Utilize clean energy to complement power supply; save electricity costs, achieve green environmental protection; high-grade and beautiful, heat insulation and cooling, increase revenue.

Energy storage

Energy storage devices can be configured as needed to effectively adjust demand-side users, cut peaks and fill valleys, smooth loads, provide emergency power supply, reduce costs and increase efficiency, and reduce expenditures.

Grid-connected

Grid-connected operation is carried out according to demand to achieve surplus Internet access and increase income.