CKSC-216/10-4.5 High Voltage Series Reactor New High Voltage Reactor Enhanced Industrial Equipment, High Voltage Power Output AC Reactor

Model Meaning of CKSC-216/10-4.5 High Voltage Series Reactor

Datas of CKSC-216/10-4.5 High Voltage Series Reactor

Introduction of CKSC-216/10-4.5 High Voltage Series Reactor

The CKSC - 216/10 - 4.5 High Voltage Series Reactor emerges as a high - performance powerhouse for modern three - phase power systems. As a specialized high - voltage series reactor, it can be strategically positioned within a series reactor capacitor bank, acting as the front - line defense in 3 - phase power circuits. While shunt reactors in the power system, like the renowned Siemens shunt reactor, focus on overall reactive power compensation and voltage regulation, this series reactor delves deep into the intricacies of harmonic governance. When connected in series, it fine - tunes the impedance of the circuit, creating a resonant environment that actively traps and suppresses specific harmonic frequencies in the ac current circuit. This targeted approach not only reduces harmonic distortion but also safeguards sensitive electrical equipment, ensuring a cleaner and more stable power supply for the 3 - phase grid.

Furthermore, the CKSC - 216/10 - 4.5 reactor takes reactive power management to new heights. It constantly analyzes the reactive power dynamics in the three - phase power system, and with its intelligent design, it precisely injects or absorbs reactive power as required. This meticulous regulation of reactive power flow is key to optimizing the power factor correction, minimizing power losses in the power distribution system, and enhancing the overall efficiency of the electrical power system. Additionally, its robust construction provides reliable circuit protection, ensuring high - voltage capacitor safety and preventing potential failures caused by over - currents or voltage surges. Whether in a bustling industrial complex or a critical substation, this reactor is a reliable ally in maintaining top - notch power quality and the seamless operation of three - phase power infrastructure.

The CKSC - 216/10 - 4.5 High Voltage Series Reactor stands out as a versatile and indispensable asset for diverse power system applications. In transmission lines, it collaborates effectively with transmission line reactors and shunt reactors in the substation to reduce power losses and enhance the reliability of long - distance power transmission. Its ability to balance the phase voltage in the 3 - phase system proves invaluable in industrial settings, where complex 3 - phase current voltage requirements are the norm. By ensuring stable voltage levels across all phases, it protects three - phase devices from premature wear and tear due to voltage imbalances.This reactor also integrates state - of - the - art electrical power system protection features. Its advanced design enables it to handle sudden fluctuations in power, safeguarding the integrity of the entire power system. From its role in a series reactor capacitor bank to its contribution in overall power quality enhancement, the CKSC - 216/10 - 4.5 High Voltage Series Reactor is engineered to meet the rigorous demands of modern power systems. It offers users peace of mind, knowing that their power distribution systems are equipped with a reliable solution that guarantees efficient operation, optimal power quality, and enhanced safety for high - voltage components.

 Key Features of CKSC-216/10-4.5 High Voltage Series Reactor

Excellent and harmonious governance
The CKSC - 216/10 - 4.5 high voltage series reactor is designed as a high voltage series harmonic filter reactor. When connected in series with a capacitor, it forms a resonant circuit that effectively suppresses specific harmonic frequencies in the power system. This significantly reduces harmonic distortion in the current, protects electrical equipment from the harmful effects of harmonics, and improves the overall power quality.

Efficient reactive power compensation
As a key component of reactive power management, this reactor excels in compensating for reactive power imbalance. In a power system with inductive loads that consume too much reactive power, it analyzes supply and demand. If there is a shortage, it releases the right amount of reactive power into the circuit; if there is a surplus, it absorbs the excess reactive power. This regulation stabilizes the reactive power flow, reduces power losses during transmission, and ensures more stable operation of the distribution network.

Powerful power factor correction
Low power factor is usually caused by inductive loads, resulting in inefficient use of electricity. The CKSC-216/10-4.5 reactor actively compensates for the reactive power imbalance between the three phases. By reducing the reactive power circulating in the system, it can effectively improve the power factor. This not only improves power efficiency, but also saves costs for users, because a higher power factor means better power utilization.

Stable three-phase voltage regulation
The high-voltage reactor plays a vital role in maintaining a stable three-phase voltage. It continuously monitors the voltage level of each phase in the three-phase system. When the voltage is unbalanced or fluctuates, it adjusts its impedance and reactance characteristics to restore the voltage to a balanced state. A stable voltage supply is essential for the normal operation of three-phase equipment such as motors and transformers, protecting them from damage caused by voltage-related problems and improving the reliability of the entire power system.

Powerful over-current protection
The reactor has an inherent overcurrent protection function to prevent inrush current in the power system. Its inductive characteristics can form impedance to excessive current, thereby limiting the current rise rate. This protects capacitors, transformers and other components in the distribution system from damage caused by short circuits or sudden load changes, thereby improving the overall reliability and service life of the power system.

High quality structure, durable
CKSC-216/10-4.5 is made of high-quality materials. Its iron core dry design ensures excellent performance even in harsh industrial environments. The use of high-quality materials not only ensures long-term stability, but also reduces maintenance requirements. The design of this reactor also makes it easy to integrate into various power systems, making it a reliable choice for a wide range of applications.

Operation Principle of CKSC-216/10-4.5 High Voltage Series Reactor

Harmonious governance mechanism
The CKSC-216/10-4.5 high-voltage series reactor is a key component for harmonic control. When connected in series with a capacitor, it forms a resonant circuit that is specifically adjusted for specific harmonic frequencies in the power system. Based on the resonance principle, at a specific harmonic frequency, the impedance of the series circuit becomes very low, so that the harmonics do not flow through the main line, but flow through the circuit composed of the reactor and capacitor, thereby effectively shunting the harmonic current. As a result, the harmonic distortion rate of the distribution system current is significantly reduced, protecting electrical equipment from potential damage from harmonics and improving the overall power quality.

Reactive Power Compensation Principle
In the power system, inductive loads such as motors and transformers consume reactive power, which leads to inefficiency. The CKSC-216/10-4.5 reactor operates on the reactive power compensation principle. It continuously monitors the demand and supply of reactive power in the system. When the system reactive power is insufficient, the reactor uses its inductive characteristics to release reactive power into the circuit. Conversely, when reactive power is excessive, it absorbs the excess reactive power. By regulating the reactive power flow in this way, it can stabilize the reactive power balance in the power system, reduce power losses during transmission, and improve the efficiency of the distribution network.

How Power Factor Correction Works
Low power factor caused by inductive loads is a common problem in power systems. The CKSC-216/10-4.5 reactor plays a vital role in power factor correction. It can compensate for reactive power imbalance in a three-phase system. By reducing the reactive power circulating in the system, it can reduce the ratio of reactive power to apparent power. According to the power factor formula, this leads to an improvement in power factor. A higher power factor means that more electrical energy is effectively used for useful work rather than being wasted on reactive power exchange. This not only improves power efficiency, but also helps users avoid potential penalties from power suppliers due to low power factor.

Three-phase voltage regulation principle
Maintaining a stable three-phase voltage is essential for the normal operation of electrical equipment. The CKSC-216/10-4.5 reactor continuously monitors the voltage level of each phase in a three-phase system. When the voltage is unbalanced or fluctuates, it adjusts its impedance and reactance characteristics. When the voltage of one phase is low, the reactor can reduce the impedance of that phase to allow more current to pass, thereby increasing the voltage. Conversely, if the voltage of one phase is high, it increases the impedance to reduce the current and reduce the voltage. Through this adjustment, it ensures that the three-phase voltage is balanced, protects three-phase equipment from damage caused by voltage-related problems, and improves the reliability of the entire power system.

Overcurrent protection principle
Sudden current surges, such as those during short circuits or when large motors start, can damage power system components. The CKSC-216/10-4.5 reactor uses its inductive characteristics to achieve overcurrent protection. When an overcurrent condition occurs, the inductance of the reactor creates impedance to the overcurrent. According to the law of electromagnetic induction, the inductor suppresses the change in current, thereby limiting the rate of rise of the current. This effectively protects capacitors, transformers and other components in the distribution system from overcurrent, thereby improving the overall reliability of the power system and extending its service life.

Performance improvement based on construction
The CKSC-216/10-4.5 reactor adopts an iron core dry-type structure to ensure its stable operation. The iron core provides a magnetic circuit with high magnetic permeability, which helps to improve the inductance performance of the reactor. The dry-type design eliminates the risk of oil leakage and other problems existing in oil-immersed reactors, making it suitable for various environments, especially harsh industrial environments. The high-quality materials used ensure that the reactor can maintain its electrical and mechanical properties for a long time, so that it can maintain stable performance in functions such as harmonic control and reactive power compensation, thereby continuously improving the power quality of the connected power system.

Size Informations of CKSC-216/10-4.5 High Voltage Series Reactor