Wind And Solar Hybrid Monitoring System

The wind and solar hybrid monitoring system is a monitoring application system of magnetic suspension vertical axis wind turbine and solar energy combined power generation. The system supporting products mainly include magnetic suspension vertical axis wind turbine, solar panel, wind and solar hybrid controller, monitoring equipment, battery and battery. Buried boxes, light poles, solar panel brackets, ground base cages, cables, etc. The intelligent wind and solar hybrid controller can control the output of the stable power supply for the monitoring equipment 24 hours a day, ensuring that the monitoring system continues to operate normally.

The working principle of the wind-solar complementary monitoring system is that the wind turbine generates electricity when there is wind energy, and the solar panel generates electricity when there is solar energy on sunny days, or when there is wind energy and solar energy at the same time, the magnetic suspension vertical axis wind turbine and the solar panel jointly generate electricity. A variety of energy sources use power generation. The electricity generated by the magnetic suspension vertical axis wind turbine and the solar panel is intelligently managed by the wind and solar hybrid controller to charge the battery, and the battery power will be used by the monitoring device through the wind and solar hybrid controller. In addition, to ensure that the system can operate normally for a few days on rainy days, the battery has been added to the storage capacity of the system at the beginning of the design. The capacity must be designed according to the power consumption of the monitoring equipment.

Schematic diagram of wind and solar hybrid monitoring system

Schematic diagram of wind and solar hybrid monitoring system

Wind and solar hybrid monitoring system features:
  1. The wind-solar complementary monitoring system adopts magnetic suspension vertical axis wind turbine with low noise, breeze start, no wind direction, beautiful gyro shape, and red and blue color matching is decent;
  2. Solar panels generally use monocrystalline silicon solar panels, which are more efficient than polycrystalline solar panels. High quality and efficient solar panels ensure long-term operation of the system;
  3. The wind and solar hybrid controller has various protection methods for the system, such as over-speed protection for wind turbines, over-current protection, inductive lightning protection, battery over-voltage and under-voltage protection, and output control with light control and time control. Maintain output, reverse output, etc., multiple protection mechanisms to protect the wind and solar hybrid monitoring system;
  4. The wind-solar complementary monitoring system battery uses deep cycle lead-acid battery or deep cycle colloidal lead-acid battery to ensure stable power consumption of the monitoring system;
  5. The system uses low voltage power supply, no danger of electric shock, safe and reliable;
  6. The wind and solar hybrid monitoring system is maintenance-free system, no need for frequent maintenance, intelligent automatic control management;
  7. The wind and solar hybrid monitoring system is beautifully shaped and adds luster to the urban roads. It is undoubtedly a beautiful landscape;
  8. The wide application of wind-solar complementary monitoring system can effectively improve people’s energy-saving awareness and make our life more energy-efficient and high-quality;
  9. The wind and solar hybrid monitoring system can configure different types of wind turbines according to different climatic conditions, and achieve high utilization efficiency of wind energy and solar energy under limited conditions.
Shandong YuGeng Wind and Solar Hybrid Monitoring System

Widely used in road monitoring, urban and rural street monitoring, industrial park monitoring, tourism scenic area monitoring, service area monitoring, courtyard monitoring, etc.

Wind and solar hybrid monitoring system is widely used in road monitoring, urban and rural street monitoring, industrial park monitoring, tourism scenic area monitoring, service area monitoring, courtyard monitoring, etc. The application of wind and solar hybrid monitoring system brings convenience to people’s life travel, and also creates great for us. The practical value of the wind and solar hybrid monitoring system is not only energy-saving, but also the power supply part is also known as clean energy wind energy and solar energy.

In general, the wind and solar hybrid monitoring system does not need to dig trenches, does not need power transmission and transformation equipment, does not consume utility power, installs randomly, has low maintenance costs, low voltage and no electric shock hazard, and uses green clean energy. Focusing on the future development of urban and rural areas, we expect to install more wind and solar hybrid monitoring systems.

Wind and Solar Hybrid Monitoring System Case Project:
Jiangxi high-speed wind and solar hybrid monitoring system

Jiangxi high-speed wind and solar hybrid monitoring system

Liaoning Chaoyang Cultural Relics Protection Area Monitoring System

Liaoning Chaoyang Cultural Relics Protection Area Monitoring System

Shandong YuGeng Wind and Solar Complementary Monitoring System

Shandong YuGeng Wind and Solar Complementary Monitoring System

Inner Mongolia wind and solar hybrid monitoring system

Inner Mongolia wind and solar hybrid monitoring system