Power Factor Corrector

 

 

 

This article introduces the ZRTBBZ high-voltage automatic grouping reactive power compensation complete set device and the ZRTBZN high-voltage parallel capacitor device, which are power equipment used in power systems. These devices are made of high-quality materials and have good sealing and heat dissipation performance, which can effectively improve the stability and reliability of the system.

 

At the same time, this article requires positivity and avoids negative content. We should actively promote these high-voltage automatic grouping reactive power compensation complete sets and high-voltage parallel capacitor devices, so that more people can understand these advanced power equipment and promote the development of the power industry.

 

The device adopts a frame structure, which gives it good mechanical strength and stability, can effectively resist the influence of external environment, and is also convenient for equipment maintenance and repair. By using vacuum contactors or vacuum circuit breakers and automatic voltage and reactive power control devices, automatic control and adjustment of capacitor banks have been achieved, enabling them to quickly respond to the needs of the power grid, improve voltage qualification rate and power factor, reduce system energy consumption and operating costs, and effectively improve equipment operating efficiency and reliability.

 

At the same time, for specific reactive power compensation needs, different capacitor banks with different capacities can be selected for connection and control according to different situations, in order to achieve the best compensation effect. The automatic switching device can detect the voltage and reactive power of the power grid in real time, take reasonable control and protection measures, ensure the normal operation and switching of capacitor banks, and thus meet the requirements and needs of the power grid.

 

In summary, the adoption of a framework structure and automation control technology in this device endows it with characteristics such as efficiency, safety, reliability, and flexibility. It can effectively achieve reactive power compensation and improve the stability and reliability of the power grid, which is of great significance for the construction and development of modern power systems.

 

This device is an efficient and intelligent automatic reactive power compensation and control device, suitable for the 6-66kV power supply system of power plants, power bureaus, large factories and mines with 220kV and below substations. By adopting advanced technology and equipment, it is possible to achieve user set COS or Qc values, automatically adjust system voltage and reactive power, and maintain the optimal state of the power system. At the same time, the device has a high degree of automation and can be combined with the comprehensive automation monitoring device of the substation to achieve reactive power compensation for unmanned substations, greatly improving the reliability and safety of system operation.

 

The design and manufacturing of this device have undergone strict quality control and testing, using single parallel capacitor components and equipped with various safety protection devices, such as fuses, discharge coils, zinc oxide lightning arresters, and CKS dry series reactors. Equipment such as vacuum contactors, vacuum circuit breakers, or sulfur hexafluoride circuit breakers are stable and reliable. The connecting busbar is made of copper plated tin, with a simple and beautiful appearance and structure. The device can also be equipped with partition external reactors as needed to achieve more refined reactive power compensation control.

 

In summary, this device is an advanced, reliable, and efficient power compensation equipment that can provide stable, safe, and high-quality power supply services for the power system, with very broad market prospects and application prospects.

 

 

GB 50227-2008 "Code for design of shunt capacitor Devices"

JB/T7111-1993 "High voltage Shunt Capacitor Device"

DL/T 604-1996 "Technical conditions for ordering high voltage Shunt capacitor Units"

 

 

 

 

This product is suitable for both cabinet indoor and frame outdoor use and can be widely used in various occasions. It can operate stably and reliably at an altitude of no more than 1000 meters. The ambient temperature should be between -25 ° C and 40 ° C, and the indoor ventilation and heat dissipation should be good to ensure the normal operation of the equipment.

 

In response to humidity issues, our equipment can adapt to environmental conditions where the daily average humidity does not exceed 95% and the monthly average humidity does not exceed 90%. At the same time, the surrounding environment should not be severely polluted by corrosive gases, water vapor, etc., and there should be no combustible gases, no fire, and no explosion hazards. These environmental conditions can ensure that your equipment is safe and reliable for long-term use.

 

We also remind that the equipment is not suitable for places with frequent and severe vibrations, and it is necessary to ensure that the power grid connected to the installation site or the bus voltage supply side is free from significant waveform distortion and the influence of higher harmonic sources. 

 

In short, our products are designed to provide high-quality and reliable usage effects for a wide range of users. We will continuously improve product quality and service level to create greater value for our customers.

 

 

 

 

1. Equipment specifications and order quantity

Our compensation device equipment specification is XXX, and the order quantity is XXX units. This device adopts the most advanced technology and has the characteristics of high efficiency and energy conservation, which can effectively compensate for power loads and improve the energy efficiency and stability of the power grid.

 

2. Grid voltage harmonics

To ensure the normal operation of the compensation device, we need you to provide information related to grid voltage harmonics. We will design and manufacture based on the data you provide to ensure that the device can effectively compensate for voltage harmonics and ensure stable operation.

 

3. Primary system diagram and short-circuit capacity Sd during installation of compensation device

Before installing the compensation device, we need you to provide a system diagram and information related to short-circuit capacity Sd. We will determine the installation location and parameter settings of the device based on this information, ensuring that the device can effectively compensate for the power grid, improve its energy efficiency and stability.

 

4. Input method and direction of equipment main power supply

Our compensation device's main power input method is XXX, with a direction of XXX. During installation, we will install the device according to the power input method and direction you provided to ensure its normal operation.

 

5. The altitude, air temperature, and air environmental conditions of the installation site

To ensure the stable operation of the compensation device, we need you to provide relevant information such as the altitude, air temperature, and air environmental conditions of the installation location. We will design and manufacture based on this information to ensure that the equipment can adapt to various environmental conditions and achieve the best working effect.

 

6. Delivery time and transportation method

We promise to complete orders on time and with quality according to your requirements, and provide comprehensive after-sales service. We will strictly follow your requirements in terms of delivery time and transportation method to ensure that the equipment arrives safely at the location you specified.

 

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