Caption：Hybrid solar systems
Application Scenarios：
For situations where the price of industrial and commercial electricity is high, the peak-to-valley price difference is large, and there is a need for emergency power backup or power expansion.
Commercial pure energy storage or integrated photovoltaic and storage green power solutions for industry and commerce
Meet the needs of industrial and commercial energy conservation, carbon reduction, and green development
Programme features:
Typical applications of distributed energy storage systems on the user side. Its characteristic is that it is close to the distributed photovoltaic power source and load center, which can not only effectively increase the consumption rate of clean energy, but also effectively reduce the loss of electric energy transmission, helping to achieve the "double carbon" goal.
Utilize the peak and valley price difference of the power grid to achieve return on investment. The main load is to meet the internal power demand of industry and commerce, to maximize self-use of photovoltaic power generation, or to arbitrage through peak-valley price differences.
Industrial and commercial energy storage photovoltaic solutions can also improve the reliability of industrial and commercial electricity and solve the problem of difficult power supply in remote areas.
Commercial PV Power Station
Caption：Off-grid solar systems
Application Scenarios：
Photovoltaic power generation solutions for small and medium-sized industrial and commercial, party and government agencies, and public building roof designs
Generally connected to 380V low voltage power grid
Choose the mode for self-use and surplus electricity for Internet use
Programme features:
Not restricted by the geographical distribution of resources: Industrial and commercial photovoltaic power stations can utilize the idle roof resources of buildings and lay photovoltaic panels above them.
Save losses on transmission lines: Industrial and commercial photovoltaic power stations have the characteristics of being developed and consumed nearby, which can greatly improve the utilization rate of photovoltaic power generation.
Energy saving and environmental protection: Industrial and commercial photovoltaic power stations can reduce the energy consumption burden of enterprises while being noise-free and pollution-free.
Improve the aesthetics of the roof: The solar photovoltaic panels installed on the roof can not only serve as a roof insulation layer to cool down the top floor, but also increase the aesthetics of the roof.
Low investment cost, short payback cycle, and stable returns: Industrial and commercial photovoltaic power stations have the characteristics of low investment costs, short payback cycles, and stable returns.
Commercial PV Power Station
Caption：On-grid solar systems
Application Scenarios：
Photovoltaic power generation solutions for small and medium-sized industrial and commercial, party and government agencies, and public building roof designs
Generally connected to 380V low voltage power grid
Choose the mode for self-use and surplus electricity for Internet use
Programme features:
Reliability: The photovoltaic grid-connected power supply system uses photovoltaic cell technology, which does not require fuel, has no combustion process, and has no pollutants. It is a green, pollution-free renewable energy utilization method. Compared with traditional power generation methods, it is safer. higher.
Economical: On rainy days or at night, the power grid supplies power to the load. In this way, the system does not need to be equipped with an energy storage device, which not only reduces the cost of the system, but also eliminates the trouble of maintaining and replacing batteries, and also increases the reliability of the power supply.
Environmental protection: Since the stability of photovoltaic cell technology and its power generation system are affected by the stability of the grid, the reliability of photovoltaic energy storage can be greatly improved, and its power generation system is also more stable and reliable.
Energy saving: The electric energy generated when there is sunshine can be supplied to the loads in the building, and if there is excess, it can be fed back to the power grid.
Peak shaving: The intensity of solar radiation in summer is high, and the solar cell array generates relatively large amounts of electricity. Summer is also the peak period for electricity consumption, and refrigeration equipment such as air conditioners have high utilization rates and consumes large amounts of electricity. This can play a role The role of peak shaving for the power grid.
