1. Microgrid system

Off grid photovoltaic systems can be applied to microgrids, also known as microgrid systems. This is an independent control unit that integrates various types of power generation equipment, energy storage, load, and control equipment to generate electricity or heat for users. It can meet the diverse needs of users, with system capacities ranging from tens of kilowatts to hundreds of kilowatts to megawatts.

The energy reserves of off grid photovoltaic systems can enhance sufficient energy, and the system can support many loads, such as lighting, desktop fans, color televisions, desktop computers, air conditioning, etc. The ability of a refrigerator to be used 24/7 depends on the system, where the controller integrates solar charging and inverter circuits, as well as a microprocessor, to protect the battery from overcharging and discharging, protect the controller from short circuits or reverse connected solar panels or batteries, and provide early warning due to insufficient power.

Off grid photovoltaic systems can provide energy security for microgrids and reserve wind and solar energy, making them a good energy storage and power generation system.

2. Residential off grid system

The residential off grid system can be installed on the roof or ground. According to an IEA survey, 1.456 billion people live in environments lacking electricity, of which 83% live in rural areas,

The energy reserves of off grid photovoltaic systems can enhance sufficient energy, which is also the reason why most off grid photovoltaic systems are applied in rural areas. It has the characteristics of low cost, clean and renewable, reliable and convenient, easy installation and maintenance, and can be exchanged for more than 25 years of electricity supply with a one-time investment.

Off grid photovoltaic systems can provide energy security for microgrids and reserve wind and solar energy, making them a good energy storage and power generation system.