The wind solar complementary controller is mainly used in scenarios where wind and solar energy are simultaneously utilized for power generation, and effectively controlled and managed. Here are some common applicable scenarios:
1、 Off grid power generation system
rural electrification
Mountainous villages: In many mountainous villages with inconvenient transportation, the power grid is difficult to extend and cover. The wind solar complementary controller can integrate the abundant solar and wind energy resources in the local area to provide electricity for residents.
Remote islands: Islands far from the mainland often do not have access to the land power grid. These places have abundant solar and wind energy resources, and the wind solar complementary controller can allocate and store the electricity generated by solar panels and wind turbines in a reasonable manner. On some small islands in the South China Sea, the wind solar complementary power generation system provides stable electricity for communication base stations, lighthouses, and a small number of residents, ensuring communication and basic living electricity.
Field operation site
Meteorological station: a meteorological observation station located in remote areas such as mountains and wastelands, with certain requirements for power supply stability. The wind solar complementary controller can coordinate solar and wind power generation equipment to supply power to meteorological instruments, data transmission equipment, etc. Taking the meteorological stations on the Qinghai Tibet Plateau as an example, where the sunshine hours are long and the wind resources are relatively abundant, the wind solar complementary power generation system can ensure the continuous collection and transmission of meteorological data, without being limited by the inconvenience of traditional energy supply.
Field research base: For field research bases studying ecology, geology, and other fields, wind solar complementary power generation systems are a great energy solution. For example, in some wildlife conservation areas in Africa, the power generation system managed by wind solar complementary controllers can provide electricity for research equipment, living facilities, etc., ensuring the normal development of scientific research work and the living needs of researchers.
Mobile facility power supply
Motorhome: Motorhomes require electricity support during travel, and can utilize wind solar complementary power generation in outdoor parking lots, camping sites, and other locations. When the RV is parked, the solar panels and small wind turbines installed on the roof of the car, under the coordination of the wind solar complementary controller, provide power to the refrigerator, air conditioning (some with lower power), lighting and other equipment inside the car, extending the autonomous power supply time of the RV without external mains power.
Mobile communication base station vehicle: In some emergency communication scenarios or temporary communication support tasks in remote areas, mobile communication base station vehicles require independent power supply. The wind solar complementary controller can combine the solar and wind power generation devices on the vehicle to provide power for communication equipment and enhance its ability to work in outdoor environments.
2、 Small distributed power generation system
Rural small-scale distributed power generation
Rural community public facilities: In some community activity centers, small clinics and other public facilities in rural areas, wind solar complementary power generation systems can play a role. By integrating solar and wind energy through wind solar complementary controllers, these facilities can be provided with lighting, medical equipment (such as small devices like electronic blood pressure monitors), and electricity to reduce dependence on traditional power grids, especially in rural areas where power supply is unstable.
Rural farms: Farms are usually located in relatively open areas, suitable for installing solar panels and wind turbines. The wind solar complementary controller can provide power for temperature control equipment, ventilation equipment, lighting equipment, etc. in the breeding farm, ensuring the growth environment of poultry and livestock and the electricity demand for daily management.
Urban small-scale distributed power generation
Urban streetlight system: In some suburban areas or scenic avenues of cities, wind solar complementary streetlights can be used. The wind solar complementary controller controls the solar panels and wind turbines to charge the street lamp batteries based on the intensity of light and wind conditions, and distributes the electricity reasonably for night lighting. This not only saves energy and is environmentally friendly, but also reduces the operating costs of street lamps to a certain extent.
Small commercial buildings: For some small commercial buildings, such as small shops and cafes on the street, installing solar panels and small wind turbines on the roof and using wind solar complementary controllers to manage the power generation system can meet some of the commercial electricity needs, such as in store lighting, cash register equipment, small refrigeration equipment, etc., reducing the cost of purchasing electricity from the power grid.