The photovoltaic street lamp controller is a device used to control the operation of the photovoltaic street lamp system. It can automatically control the on/off and brightness adjustment functions of the street lamp based on factors such as light intensity and battery power. It has a wide range of applicable scenarios, and the following are some of the main scenarios:
Urban Rd
Main road: The photovoltaic street light controller can intelligently adjust the brightness of the street lights according to different time periods and road conditions. Provide sufficient lighting during periods of high traffic and pedestrian flow; At night, reducing the brightness appropriately ensures safety and saves energy.
Secondary roads and branches: The traffic flow on these roads is relatively small, and the photovoltaic street lamp controller can better utilize its intelligent control function. Based on the actual lighting and traffic conditions, the working mode of the street lamps can be flexibly adjusted to achieve energy conservation and consumption reduction.
Rural areas
Village roads: Rural power infrastructure is relatively weak, and photovoltaic street light controllers do not rely on traditional power grids for power supply, making installation easy and maintenance costs low in the later stage. Reasonable lighting time and brightness can be set according to the characteristics of rural nights, such as sparse pedestrians, to meet the basic travel lighting needs of villagers.
Farmland and rural roads: In irrigation areas, tractor roads, and roads connecting villages and farmland, photovoltaic street light controllers can use solar energy to power street lights, providing convenience for farmers to work and travel at night without worrying about power outages, ensuring the normal operation of agricultural production and farmers’ lives.
Parks and scenic spots
Park trail: The flow of people in the park has temporal and regional characteristics. The photovoltaic street light controller can accurately control the lighting brightness and time of the street lights according to the park’s opening hours, the number of tourists, and the functional needs of different areas. Provide bright lighting in areas and time periods where tourists are concentrated; Reduce brightness or turn off some street lights in non open hours or areas with few people to achieve a balance between energy conservation and landscape effects.
Scenic area roads: Scenic areas usually focus on environmental protection and the protection of natural landscapes. The photovoltaic street light controller uses solar power supply, which is in line with the green development concept of the scenic area. At the same time, it can also combine the characteristics and cultural elements of the scenic area to achieve personalized control of street lights, such as simulating moonlight effects, creating specific lighting atmospheres, etc., providing tourists with a unique travel experience.
industrial park
Main roads in the industrial park: There is a high demand for road lighting in the industrial park, and the photovoltaic street lamp controller can arrange street lamp lighting reasonably according to the working hours and production characteristics of the park. During working hours, ensure that the roads are bright and convenient for vehicles and personnel to pass through; During non working hours, reduce brightness and only retain necessary safety lighting to save energy costs.
Warehouse and yard surroundings: The warehouse and yard require certain lighting at night to ensure the safety of goods and the progress of loading and unloading operations. The photovoltaic street lamp controller can flexibly control the on/off and brightness of the street lamp according to the actual operation situation, meet the lighting needs of different operation scenarios, and reduce unnecessary energy consumption.
Remote areas and special places
Mountain roads: Building traditional power grids in mountainous areas is costly and difficult. Photovoltaic street light controllers use solar power to provide reliable lighting for mountain roads without geographical limitations. It can intelligently adjust the brightness and working time of street lights based on climate change and road usage in mountainous areas, ensuring driving safety.
Islands: The power supply of islands mainly relies on diesel power generation and other methods, which are expensive and have limited resources. The photovoltaic street light controller utilizes abundant solar energy resources to provide lighting for roads, docks, residential areas, and other areas on islands. According to the sunshine conditions of the island and the living habits of residents, the working status of street lamps can be reasonably controlled to achieve effective energy utilization.