Introduction to the advantages of vacuum switches dedicated to reactive power compensation, come and collect them!

Reactive power compensation can reduce energy losses in transmission lines and improve power quality, especially for power systems, which is essential. The core equipment in reactive power compensation, the special vacuum switch for reactive power compensation, is also widely used in power systems because of its special advantages.

Due to the special working environment of reactive power compensation, equipment often faces problems such as high voltage, high current and frequent operation. The vacuum switch dedicated for reactive power compensation has strong anti-arc ability, which can effectively extend the life of the equipment and improve the stability of the equipment.

The size and weight of traditional equipment are often inherent annoyances for users. The materials used in the vacuum switch dedicated to reactive power compensation and the improvement of the manufacturing process not only make the equipment compact in size, but also lighter in weight, making it easier to transport and install.

It has relatively stable operation capability. It has high mechanical strength and mechanical stiffness, can withstand greater mechanical shock and vibration without being damaged, and can also maintain relatively stable performance.

It uses operating handles and identifiers that are very clear and easy to understand. Therefore, operators can quickly master the operating skills of the equipment, save operating costs and reduce failure rates.

Equipment often faces energy consumption issues during use. The new materials and new technologies used in vacuum switches dedicated to reactive power compensation can reduce energy consumption from the source and further save costs.

To sum up, it is one of the essential core equipment of the power system. It not only has the characteristics of strong arc resistance, energy saving, compact size, etc., but also can reduce operating costs and ease of operation from the source. With the application of more and more new technologies and new materials, vacuum switches dedicated to reactive power compensation will have wider use space.

It is a high-voltage electrical appliance that is widely used in reactive power compensation devices in power systems. So what is the process principle of this switch?

First of all, the vacuum switch dedicated for reactive power compensation is a kind of opening and closing part, and its key component is the vacuum circuit breaker. A vacuum circuit breaker is a switching device that can open and close circuits in a vacuum environment. Since vacuum has high dielectric strength and good dielectric properties, vacuum circuit breakers can achieve high breaking capacity and reliability.

Secondly, the special vacuum switch for reactive power compensation also includes components such as contacts, partitions, operating mechanisms, elastic components, etc. The structural design and selection of materials of these components have important process principles. For example, the contacts need to have good electrical conductivity and corrosion resistance, the separator needs to have good insulation and voltage resistance, the operating mechanism needs to have good reliability and sensitivity, and the elastic element needs to have appropriate resilience and resistance. Corrosion resistance, etc.

It also requires a series of processing and assembly processes to be manufactured. For example, metal processing technology, electrical processing technology, vacuum packaging technology, appearance surface treatment technology, etc. are required. The details and precision of these processes have a direct impact on the performance and life of the vacuum switch dedicated to reactive power compensation, so they need to be carefully controlled and adjusted.

To sum up, its process principle involves many aspects, including the operating principle of opening and closing parts in a vacuum environment, the structural design and material selection of each component, processing technology and assembly technology, etc. Only by mastering these aspects well can we create a more reliable, stable and efficient vacuum switch dedicated to reactive power compensation.