On site reactive power compensation cabinet for 10KV high-voltage capacitor cabinet construction site

Product Overview

On site reactive power compensation cabinet for 10KV high-voltage capacitor cabinet construction siteIt is a reactive power compensation device directly connected in parallel with a high-voltage asynchronous motor, used to improve power factor, reduce stator current of the motor, thereby achieving energy conservation, consumption reduction, and improving the quality of power supply in the power grid. ‌

The working principle of the reactive power on-site compensation cabinet is to compensate for reactive power by connecting it in parallel with a high-voltage asynchronous motor to achieve synchronous switching or delayed switching. This compensation method can significantly improve the power factor, reduce reactive power, thereby reducing line losses and transformer losses, and improving the efficiency and stability of the power grid.

On site reactive power compensation cabinet for 10KV high-voltage capacitor cabinet construction sitePerformance characteristics:

1. High power factor compensation capability: By accurately matching the reactive power required by the load, the power factor can be significantly improved, usually to 0.95 or above, effectively reducing reactive current in the power grid.

2. Reduce power grid losses: Compensation devices significantly reduce line losses and transformer losses by reducing the flow of reactive current in the power grid, improving energy transmission efficiency and thereby reducing overall power grid losses.

3. Improve power supply quality: Compensation devices can stabilize system voltage, reduce voltage fluctuations and flicker, and improve power supply quality, which is crucial for protecting power equipment and ensuring the stability of power supply.

4‌. Real time tracking and dynamic compensation: It has the ability to track changes in grid current in real time, dynamically adjust the compensation amount according to load demand, and achieve stepless compensation.

5‌. Complete protection functions: usually equipped with multiple protection functions, such as overvoltage protection, undervoltage protection, overcurrent protection, overheating protection, etc., to ensure the safe operation of equipment in abnormal situations and prevent power grid accidents caused by equipment failures.

6. Easy installation, setup, and debugging: Design usually considers user convenience, and the installation, setup, and debugging process is relatively simple, which helps users quickly deploy and use compensation devices, and improves the operational efficiency of the power system.

7. High reliability and long lifespan: Using high-quality materials and excellent manufacturing processes, it has high reliability and long lifespan, and can operate stably in harsh environments, reducing maintenance costs and workload.

8. Energy conservation and environmental protection: By improving power factor and reducing power grid losses, the goal of energy conservation and consumption reduction can be achieved, which helps to reduce energy consumption and environmental pollution, and meets the energy-saving and environmental protection requirements of modern society.

9. Flexible configuration and scalability: It usually has modular design, which facilitates users to flexibly configure and expand according to actual needs, meet the power needs of different occasions, and improve the applicability and economy of equipment.

10. Intelligent management: With intelligent management functions such as remote monitoring and data analysis, it helps users better understand the operating status of equipment and the power grid, providing strong support for the optimized operation of the power system.

Ordering Instructions

Due to the impact of harmonics on capacitors, when ordering this product, please confirm whether there are harmonics or devices that generate harmonics in the electrical system and the main harmonic components. If not, please communicate with our technical personnel;

The natural power factor of the system and the desired target power factor determine the capacity and investment cost of the compensation equipment. Please confirm the natural power factor and target power factor of the system when placing an order. Please communicate with our technical personnel if unknown;

Please specify the installation requirements, such as cabinet color, whether to merge cabinets, and incoming wiring method. Unless otherwise specified, all products are made according to our company's standard products;

Please indicate if there are any special requirements for environmental conditions.

If there are special requirements, please negotiate with our company to place an order.