kVAR Capacitors: Optimize Your Power Factor and Save Energy
kVAR capacitors play a vital role in improving the power factor of electrical systems. By reducing reactive power, these capacitors help increase energy efficiency and lower electricity costs. Our kVAR capacitors are designed to provide reliable performance in industrial, commercial, and residential applications, ensuring smoother operations and reduced energy waste. Whether you’re seeking to enhance system stability or save on utility bills, our high-quality kVAR capacitors are the ideal solution.
Various kVAR Capacitors to Meet Your Needs
We offer a range of kVAR capacitors tailored to different voltage and power requirements. Our capacitors are engineered to meet the highest standards of quality and durability, providing efficient solutions for power factor correction across diverse industries. We have the perfect capacitor for light-duty applications or heavy-duty industrial systems to fit your needs.
1 kVAR Capacitor
The 1 kVAR capacitor is an ideal solution for small-scale power factor correction in residential and light commercial applications. It is designed to improve energy efficiency by compensating for reactive power, reducing electricity costs, and enhancing the overall stability of the electrical system.
This capacitor is compact and easy to install, making it a cost-effective option for improving the power factor of small electrical installations. Whether used in lighting circuits or small appliances, the 1 kVAR capacitor ensures efficient power usage and prevents overloading of your electrical system.
2 kVAR Capacitor
The 2 kVAR capacitor is typically used in smaller industrial setups or in commercial systems where power factor correction is necessary for the efficient operation of equipment. This capacitor helps reduce the loss of energy due to reactive power and optimizes the performance of motors, transformers, and other electrical equipment.
With a focus on longevity and reliability, the 2 kVAR capacitor ensures a stable power supply while reducing the total energy consumed. It is also an excellent choice for installations where space is limited, thanks to its compact size.
3 kVAR Capacitor
Designed for light industrial and commercial use, the 3 kVAR capacitor is perfect for systems requiring a moderate reduction in reactive power. This capacitor offers a cost-effective solution for improving the power factor, making it ideal for equipment like small motors, HVAC systems, and lighting circuits.
By improving power factor, the 3 kVAR capacitor helps reduce utility bills and increases the lifespan of your electrical equipment by minimizing power losses. Its efficient performance makes it an essential component for improving energy efficiency in a variety of electrical systems.
5 kVAR Capacitor
The 5 kVAR capacitor is widely used in small to medium-sized industrial applications, such as machine tools, conveyors, and lighting systems. By compensating for reactive power, it improves the overall power factor of your electrical system, ensuring better energy efficiency and reducing electricity costs.
The 5 kVAR capacitor helps reduce the burden on your electrical infrastructure by maintaining a stable power supply. With robust construction and reliable performance, this capacitor is perfect for environments where moderate energy savings and power factor correction are necessary.
10 kVAR Capacitor
For medium-sized industrial applications, the 10 kVAR capacitor provides excellent power factor correction, improving energy efficiency in various electrical systems. Whether used in manufacturing equipment, HVAC systems, or large lighting installations, this capacitor helps lower the overall energy consumption and minimizes the risk of electrical equipment malfunction due to poor power factor.
The 10 kVAR capacitor is designed for long-term durability and high performance, ensuring the optimal functioning of industrial systems and helping businesses save on utility bills.
15 kVAR Capacitor
The 15 kVAR capacitor is a highly effective solution for improving the power factor in larger industrial operations. It is commonly used in factories, warehouses, and other high-power-consuming environments to correct the imbalance between active and reactive power.
By installing the 15 kVAR capacitor, businesses can significantly reduce energy losses, increase equipment lifespan, and improve operational efficiency. Its reliable design ensures consistent performance even under demanding conditions, making it an excellent choice for medium to large-scale industrial facilities looking to optimize their power factor and energy use.
20 kVAR Capacitor
The 20 kVAR capacitor is designed for use in high-demand industrial environments where power factor correction is essential for improving energy efficiency and reducing costs. It is commonly used in large-scale industrial operations such as manufacturing plants, refrigeration systems, and large HVAC systems.
This capacitor helps reduce power losses by compensating for reactive power, ensuring the efficient operation of electrical equipment. By maintaining a balanced power factor, the 20 kVAR capacitor reduces electricity bills and enhances the stability and lifespan of electrical machinery, making it a valuable investment for businesses with high electrical loads.
25 kVAR Capacitor
The 25 kVAR capacitor offers powerful power factor correction for medium to large industrial applications. It helps to reduce reactive power, optimizing the power factor of your electrical system and improving overall energy efficiency. Commonly used in heavy machinery, production lines, and large commercial buildings, the 25 kVAR capacitor is ideal for correcting power factor imbalances and minimizing energy wastage.
With its high capacity and robust construction, it ensures reliable performance even in challenging industrial conditions. It also helps to reduce strain on transformers and generators, preventing equipment failure and increasing the longevity of your electrical infrastructure.
30 kVAR Capacitor
The 30 kVAR capacitor is a high-performance solution for large-scale industrial operations, including heavy machinery and high-power electrical systems. It plays a critical role in compensating for reactive power, improving the power factor, and reducing energy costs in manufacturing plants, power stations, and large commercial complexes.
By installing the 30 kVAR capacitor, companies can enhance the efficiency of their electrical systems, prevent voltage fluctuations, and minimize losses due to inefficiencies. This capacitor ensures stable power delivery to sensitive equipment and contributes to a more reliable and cost-effective energy consumption profile.
40 kVAR Capacitor
Ideal for heavy-duty industrial applications, the 40 kVAR capacitor is used to provide substantial power factor correction in large manufacturing operations, commercial buildings, and utility facilities. It helps compensate for reactive power, thus improving the overall energy efficiency and stability of the electrical system.
By reducing energy wastage, the 40 kVAR capacitor lowers electricity bills and reduces the load on power distribution networks. Its durable design and robust construction ensure that it can handle the demands of large-scale industrial systems while improving the longevity of electrical equipment and minimizing the risk of electrical failures.
50 kVAR Capacitor
The 50 kVAR capacitor is commonly used in large industrial settings where significant power factor correction is required. It is designed to improve energy efficiency in facilities such as factories, large office buildings, and commercial centers with high electrical consumption. The 50 kVAR capacitor helps reduce reactive power, which leads to lower electricity costs and improved system reliability.
By providing reliable power factor correction, this capacitor ensures smooth operation of high-power equipment such as motors, generators, and transformers, reducing strain and extending their lifespan. It is a cost-effective solution for organizations aiming to enhance energy efficiency and reduce operational costs.
kVar Capacitor Bank
50 kVAR Capacitor Bank
The 50 kVAR Capacitor Bank is ideal for medium-sized industrial and commercial applications. It helps optimize energy consumption by improving the power factor, reducing reactive power, and lowering electricity costs. With reliable performance and easy installation, this capacitor bank enhances the efficiency of motors, transformers, and other electrical equipment.
75 kVAR Capacitor Bank
The 75 kVAR Capacitor Bank is designed for environments with moderate energy demands. It improves system efficiency by providing effective power factor correction, ensuring smooth operation of electrical equipment. Commonly used in factories and commercial buildings, it reduces energy waste and lowers utility costs, providing a sustainable solution for larger electrical loads.
100 kVAR Capacitor Bank
The 100 kVAR Capacitor Bank is perfect for large industrial and commercial systems that require significant power factor correction. It optimizes energy usage, reduces electrical losses, and enhances the performance of heavy machinery. Ideal for large manufacturing plants, it ensures stable voltage and extends the lifespan of electrical equipment by minimizing power imbalances.
150 kVAR Capacitor Bank
The 150 kVAR Capacitor Bank is designed for high-power industrial applications that demand substantial power factor correction. It effectively reduces reactive power, improves system efficiency, and helps businesses lower their energy bills. This capacitor bank is commonly used in large-scale manufacturing and processing industries to ensure efficient operation and reduce energy wastage.
200 kVAR Capacitor Bank
The 200 kVAR Capacitor Bank is ideal for large industrial facilities with high energy consumption. It provides reliable power factor correction to improve energy efficiency, reduce electricity costs, and minimize equipment wear. By balancing the reactive power in the system, it ensures better performance and stability of electrical equipment in heavy-duty environments.
250 kVAR Capacitor Bank
The 250 kVAR Capacitor Bank is designed for large-scale operations and high-power electrical systems. It delivers optimal power factor correction, enhancing system performance and reducing energy losses. This capacitor bank is ideal for industries such as manufacturing, mining, and heavy machinery operations, where efficient energy use is critical for cost savings and system reliability.
300 kVAR Capacitor Bank
The 300 kVAR Capacitor Bank provides high-capacity power factor correction for large industrial systems with substantial electrical loads. By reducing reactive power, it improves the overall efficiency of the electrical network and lowers operational costs. This capacitor bank is typically used in heavy industries and large commercial buildings to optimize energy use and maintain system stability.
400 kVAR Capacitor Bank
The 400 kVAR Capacitor Bank is suitable for very large-scale industrial applications and facilities with high energy demands. It significantly reduces reactive power, improving system efficiency and reducing energy costs. This capacitor bank ensures optimal performance of electrical equipment in heavy industries such as manufacturing, petrochemicals, and large commercial enterprises.
500 kVAR Capacitor Bank
The 500 kVAR Capacitor Bank is ideal for high-demand commercial and industrial applications. It effectively reduces reactive power and optimizes power factor, enhancing energy efficiency and reducing electricity consumption. Used in large manufacturing plants and power stations, it ensures smooth operation of electrical systems and helps reduce utility bills and system overloads.
600 kVAR Capacitor Bank
The 600 kVAR Capacitor Bank is designed for extremely high-power applications in large industrial facilities. It provides substantial power factor correction to optimize energy usage and reduce power losses. This capacitor bank is essential for industries with significant electrical demands, helping improve the overall stability and efficiency of the electrical system while reducing operational costs.
1200 kVAR Capacitor Bank
The 1200 kVAR Capacitor Bank is built for large-scale industrial operations with massive energy consumption. It offers excellent power factor correction, improving system efficiency, reducing electrical losses, and minimizing costs. This capacitor bank is used in power plants, large manufacturing facilities, and industrial complexes, ensuring optimal power delivery and energy savings across extensive electrical networks.
kVAR Capacitors FAQs
A kVAR capacitor for home is a device used to correct the power factor of household electrical systems. It helps to improve energy efficiency by reducing the reactive power in the system, which in turn lowers electricity bills and extends the lifespan of household appliances. Homeowners can install kVAR capacitors to reduce energy losses and ensure that electrical equipment, such as air conditioners and refrigerators, operates more efficiently.
The rating of a capacitor bank is typically expressed in kVAR (kilovolt-amperes reactive) because it indicates the bank's ability to supply reactive power to the system. Reactive power is essential for maintaining voltage levels within the electrical grid. By rating capacitor banks in kVAR, it becomes easier to understand how much reactive power a capacitor bank can supply to improve power factor and enhance the efficiency of electrical systems.
To calculate the capacitor current from kVAR, you can use the formula:
Where:
- kVAR is the reactive power in kilovolt-amperes.
- V is the line voltage.
- Power Factor is typically assumed to be 1 for capacitors.
This formula helps determine the current drawn by the capacitor when it is connected to a 3-phase system.
In a 3-phase system, the 3-phase capacitor kVAR calculation can be done using the following formula:
Where kVA is the apparent power in kilovolt-amperes. This calculation helps determine the total reactive power compensation required to correct the power factor in a 3-phase system, optimizing the performance of electrical equipment.
To calculate the capacitor bank kVAR, use the formula:
Where:
- V is the voltage (in volts).
- X_C is the capacitive reactance (in ohms).
This formula gives the reactive power compensation that the capacitor bank will provide, helping to improve the power factor of the electrical system.
