Wind solar complementary IoT electric valve

Wind solar complementary IoT electric valve is an electric valve control system that combines wind and solar energy, mainly used for remote control and monitoring in remote or non grid powered areas. ‌

The wind solar complementary IoT electric valve product is an electric valve control system that combines wind and solar energy, mainly used for remote control and monitoring in remote or non grid powered areas.

　　1、 Technical principles and application scenarios

The wind solar complementary power supply system mainly consists of wind turbines, solar photovoltaic cells, controllers, batteries, inverters, and other components. The wind power generation part utilizes wind turbines to convert wind energy into mechanical energy, which is then converted into electrical energy through generators; The photovoltaic power generation part uses solar panels to convert light energy into electrical energy. These electrical energies are charged by the controller to the battery, and then converted into alternating current by the inverter for use by the load. The power supply methods for wind solar complementary electric valves include DC24V, DC48V, DC72V, etc. The main inverter methods are AC220V and AC380V1.

　　2、 Features and functions

1. Wireless communication: Using wireless communication technology, it can achieve remote communication and control with the Internet of Things platform, facilitating real-time monitoring and remote operation.

2. Automated control: Using electric devices to achieve automatic valve opening and closing operations, automatic control can be carried out according to set conditions and instructions, improving operational efficiency and accuracy.

3. Real time monitoring: It can monitor the status and working conditions of valves in real time, such as opening and closing degree, temperature, pressure and other parameters, and provide timely feedback to the IoT platform for remote monitoring and fault diagnosis.

4. Energy saving and environmental protection: The electric device adopts a low-power design, which can reduce energy consumption and operating costs, while reducing manual operation and maintenance, meeting the requirements of energy saving and environmental protection.

5. Scalability: Supports linkage control of multiple valves, can be flexibly expanded and configured according to needs, and is suitable for systems of different scales and complexities.

6. Multiple communication methods: Supports Lora (within 3 kilometers) or 4G communication (unlimited distance), enabling remote control of electric valves by centralized control equipment and real-time monitoring of valve status.

7. Multiple voltage options: AC220V-380V adaptive, DC24V optional, easy to match.

8. Low power design: Supports DC24V solar power supply, eliminating tedious wiring.

9. Multiple control modes: with on-site indicator panel, valve opening can be directly observed, with local manual switch and remote control mode.

10. High protection level: The electric valve has a protection level of IP67 or above, does not require an external control box, has a built-in wireless control module, and is small in size and easy to install.

11. Intelligent control: supports third-party sensor access and logical configuration control to achieve automatic valve control.

12. Customized Algorithm Integration: Supports private deployment customization and algorithm integration.