Buy PKC Capasitor from Iran

Buy PKC Capasitor from Iran

The PKC Power Factor Correction Capacitor is a power factor correction capacitor manufactured by Pars Capacitor. These capacitors are used to improve the power factor in industrial and commercial electrical systems.

The main function of the PKC capacitor by Pars Capacitor is to enhance the power factor of the electrical system. The power factor is the ratio between real power (actual power produced in the system) and apparent power (total power in the system). When the power factor is low, the performance of the electrical system decreases, leading to energy wastage.

By using the PKC Power Factor Correction Capacitor, it is connected in parallel with non-active loads (loads with low power factor). This capacitor actively consumes power and provides power from the grid as much as possible. This action improves the power factor, enhancing efficiency, and reducing damage to electrical equipment caused by a low power factor.

The PKC Power Factor Correction Capacitor, with features such as suitable capacity, high operational voltage, long lifespan, and standard performance, is recognized as an efficient tool for optimizing power factor and improving the efficiency of the electrical system.

Types of PKC Capacitors

PKC cylindrical capacitors come in both 3-phase and single-phase models. Power Factor Correction (PFC) capacitors produced by PKC Iran utilize advanced technology (self-healing polypropylene film) and comply with the latest revisions of international standards IEC60831-2.

These capacitors use polypropylene film (BOPP) as the dielectric, with a very thin metal layer as the electrode in a vacuum environment.

An important feature of this type of capacitor is its self-healing capability. In case of insulation breakdown due to voltage surges created for a short duration (a few microseconds), the capacitor’s faults are quickly rectified, and the capacitor continues its operation almost without a decrease in capacity.

Another feature of capacitors produced by this company is the protective system used. This system automatically activates in case of increased internal pressure within the capacitor during fault conditions, cutting off the electrical current inside the capacitor and preventing it from bursting.

These capacitors find applications in various scenarios, including:

• Installation in distribution networks with low pressure
• Use in automatic and fixed capacitor banks
• Permanent installation on motors, transformers, lighting circuits, etc., for individual or group compensation.

Three-Phase Box Capacitor by PKC

The box capacitors produced by PKC utilize metallized polypropylene film technology with self-healing capabilities and adhere to the international standard IEC60831-2.

In these capacitors, polypropylene film (BOPP) is used as the dielectric, and a very thin metal layer in a vacuum environment serves as the electrode.

A notable feature of this type of capacitor is its self-healing capability. This means that in the event of insulation breakdown due to voltage surges lasting a very short time (a few microseconds), the capacitor quickly returns to normal operation without a significant decrease in its capacity.

Another feature of capacitors produced by this company is the protective system employed. This system automatically activates in case of increased internal pressure within the capacitor during fault conditions, cutting off the electrical current inside the capacitor to prevent it from bursting.

Applications of these capacitors include:

• Installation in automatic capacitor banks
• Installation alongside fixed consumers such as electric motors, transformers, agricultural well pumps, industrial centers, etc., individually or in groups, for power factor correction and reactive power compensation in systems with low pressure.

Applications of Power Factor Correction Capacitor in Electrical Panels

The power factor correction capacitor in electrical panels has diverse applications. Below are some of its main applications in electrical panels:

1. Power Factor Improvement: One of the primary applications of the power factor correction capacitor in electrical panels is to improve the power factor of the electrical system. By connecting the capacitor to the electrical panel and improving the power factor, energy losses in the system are reduced, and system efficiency increases.
2. Energy Cost Reduction: Using the power factor correction capacitor in electrical panels improves the power factor, resulting in reduced energy consumption. This translates into cost savings on electricity for organizations and industries.
3. Reduced Extra Load on Equipment: A low power factor can create an extra load on electrical equipment, especially motors. With the use of the power factor correction capacitor, this extra load on equipment is reduced, leading to an increase in the useful life of the equipment.
4. Equipment Protection: The power factor correction capacitor can play a crucial role in protecting electrical equipment. By improving the power factor and reducing extra load, damage caused by excessive electrical stresses on equipment is minimized, extending their useful life.

In general, the power factor correction capacitor in electrical panels is used to enhance the efficiency of the electrical system, reduce energy costs, alleviate extra loads, and protect equipment. Depending on the specific needs of the electrical system, there may be a requirement for the use of power factor correction capacitors.

Introduction to Pars Capacitor Company

Pars Capacitor Company is a reputable and specialized company in the production and supply of power factor correction capacitors and other related products in the electronics and electrical industry. With decades of experience in this field, the company is recognized as a leading player in the power factor correction capacitor market.

The products of Pars Capacitor Company include power factor correction capacitors with various capacities and voltages. These capacitors are manufactured using advanced technology and international standards to provide optimal performance and efficiency in industrial and commercial electrical systems.

Pars Capacitor Company, relying on an experienced and skilled technical team, is dedicated to designing, manufacturing, and offering quality and reliable products. Additionally, the company has successfully maintained continuous and positive relationships with its customers, attracting trust and satisfaction through professional after-sales services and technical support.

In addition to power factor correction capacitors, Pars Capacitor also produces other products such as bank capacitors, balancing capacitors, and motor capacitors. These high-quality products with desirable performance and reliability find applications in various industrial and commercial sectors.

Given its experience, product quality, and diversity, Pars Capacitor Company is recognized as a top and reliable reference in the power factor correction capacitor industry and related services.

The Role of Power Factor Correction Capacitor in Energy Optimization for Industries

The power factor correction capacitor plays a crucial role in optimizing energy for industries. Below, we examine the positive effects of the power factor correction capacitor on energy optimization for industries:

1. Power Factor Improvement: The power factor correction capacitor improves the power factor of the electrical system, enhancing the ratio between real power (actual power produced in the system) and apparent power (total power in the system). Optimizing the power factor leads to energy savings.
2. Reduction of Extra Load: A low power factor can cause an extra load on the electrical system, resulting in issues such as voltage drop, increased current, and excessive heat in electrical equipment. The power factor correction capacitor reduces this extra load, helping electrical equipment operate optimally.
3. Enhancement of Equipment Efficiency and Performance: By reducing the low power factor, the power factor correction capacitor enables electrical equipment to operate optimally with high efficiency. This improvement in efficiency can lead to an increased lifespan of equipment, reduced maintenance, and operational cost savings.
4. Energy Cost Savings: With improved power factor and reduced extra load, the power factor correction capacitor assists companies and industries in achieving significant savings in energy costs. This savings can result from reduced electricity costs in operational consumption and avoiding penalties for low power factor from the electricity supplier.

Considering the above benefits, the power factor correction capacitor plays a significant role in optimizing energy consumption and improving the performance of industrial electrical systems.

Types of Power Factor Correction Capacitors

Power factor correction capacitors are available in various types, each with its own characteristics and specific applications. Below, we introduce some common types of power factor correction capacitors:

1. Film Capacitors: Made from a polypropylene or polyester film, these capacitors offer high capacitance and good thermal stability. They are used in applications such as electronic and automotive industries.
2. Electrolytic Capacitors: These capacitors use two electrodes, an electrolyte layer, and a tantalum oxide layer for their structure. They have high capacitance and compact dimensions, primarily used in industrial and commercial applications.
3. Ceramic Capacitors: Using ceramic layers between two electrodes, these capacitors have the smallest size and cost. They find applications in electronic circuits and consumer products.
4. Tantalum Capacitors: Utilizing tantalum layers between two electrodes, these capacitors have high capacitance and good thermal stability. They are used in industrial and electronic applications.
5. Metalized Capacitors: These capacitors use a thin metal layer between two insulation layers for their structure. They are suitable for industrial and commercial applications, such as electrical panels and electronic equipment.

It’s important to note that each type of power factor correction capacitor may be suitable for specific applications and needs, such as industrial and building electrical systems. When choosing a capacitor, consider factors such as capacitance, voltage, dimensions, thermal stability, and the specific requirements of your system.

Best Source for Purchasing Power Factor Correction Capacitors

Are you in search of high-quality and reliable power factor correction capacitors? Electrosheil, as a prominent company in the electronics and electrical industry, provides the best source for purchasing power factor correction capacitors.

We proudly offer a collection of high-quality power factor correction capacitors that meet international standards. Our products are manufactured using advanced technology and quality materials to provide you with superior performance, stability, and reliability.

By choosing Electrosheil, you will benefit from the following:

1. High-Quality Products: Our power factor correction capacitors are produced using world-class materials and state-of-the-art technology, ensuring that you receive a product with superior performance and durability.
2. Technical Consultation: Our specialized team is ready to answer your questions and provide technical consultation regarding the selection and use of power factor correction capacitors. We are committed to offering custom solutions and the best options to meet your needs.
3. Competitive Pricing: At Electrosheil, we provide competitive and reasonable prices for power factor correction capacitors to deliver the best value to our customers. You can enjoy a balance between quality and price.
4. Fast Delivery: We are committed to timely and fast delivery of products. With Electrosheil, you can easily and quickly receive your power factor correction capacitors and focus on optimizing energy in your industries.

If you are looking for high-quality and reliable power factor correction capacitors, Electrosheil is your ideal choice. Connect with our team of experts and discover optimal solutions for improving performance and energy savings in your industries.