Ergun Elektrik Products

Power Factor Correction Systems are used to regulate and optimize the power factor in electrical installations. These systems are widely employed in various settings, from industrial facilities to commercial buildings. Power factor correction aims to improve the power factor and increase the efficiency of electrical installations, thereby reducing energy costs. The logic of power factor correction is to balance the reactive power caused by inductive loads with capacitive loads. The reactive power from inductive loads diminishes the efficiency of the electrical grid and leads to energy losses. Therefore, power factor correction systems enhance the power factor and improve the efficiency of the electrical installation by balancing inductive reactive power with capacitive reactive power. Power factor correction systems encompass various equipment designed for this purpose. These typically comprise components such as capacitor banks, reactors, and control and monitoring equipment.

Power factor correction systems are optimally installed and managed to ensure the balance of reactive power in electrical installations. These systems not only enhance the energy efficiency of electrical installations but also reduce energy costs. Additionally, by improving the power factor, they ensure the stability of the electrical grid and extend the lifespan of equipment. Consequently, power factor correction systems are considered as an essential component for ensuring the robust and efficient operation of electrical infrastructure in industrial and commercial facilities. Optimizing the power factor and increasing energy efficiency in electrical installations are fundamental requirements of modern industries. Ergun Elektrik power factor correction systems offer a wide range of products to meet this need, including Reactors, Systems, and Imported products.

Power quality is a critical term that expresses how well the energy in electrical systems meets the desired characteristics and standards. The stability, order, and reliability of the energy produced, transmitted, and consumed in electrical facilities are of paramount importance. Many factors can affect power quality, including harmonic distortions, voltage fluctuations, frequency changes, voltage and current imbalances, transient and sustained overvoltages, and sudden voltage changes. Any one or combination of these factors can cause significant problems in electrical systems and lead to malfunctions in electrically powered equipment. Power quality issues can result in production losses in industrial facilities, damage to electrical devices, and even pose safety risks to operations. Consequently, ensuring power quality and protecting devices is essential.

To mitigate potential risks, power quality analysis should be conducted, appropriate filtering and correction equipment should be used, and regular maintenance and inspections should be carried out. Effective solutions to power quality issues include the use of suitable compensation systems, integration of harmonic filters, utilization of voltage regulators, and implementation of power factor correction equipment. Additionally, regular maintenance and reliability checks of equipment ensure the continuous provision and protection of power quality. In all types of electrical facilities, from industrial plants to commercial buildings, continuous monitoring and improvement of power quality enhance operational efficiency and extend the lifespan of equipment. Therefore, being conscious of power quality and taking appropriate measures is crucial for the reliability and stability of electrical systems.

Tailor-made reactors play a critical role in the electrical distribution systems of industrial facilities. Designed to operate even under overload conditions, these specialized reactors enhance power quality and optimize system performance. They are custom-manufactured to meet the specific requirements of industrial applications. These reactors are engineered for particular purposes, such as filtering harmonic currents at certain frequencies, correcting the power factor, reducing voltage fluctuations, or meeting the needs of a specific load.

Additionally, they are essential equipment for increasing energy efficiency and ensuring the reliability of facilities. Each tailor-made reactor design is customized according to the facility’s requirements and the characteristics of the electrical systems. This ensures that the reactors are configured to provide maximum performance for a specific application. In this way, tailor-made reactors improve the power quality of industrial facilities, increase the efficiency of electrical systems, and help reduce energy costs.

Resistors in electrical circuits are components that limit the electric current and produce heat as the current passes through them. These passive components are used to control the current intensity in electrical circuits, reduce voltages, and provide the desired electrical characteristics. Due to these properties, resistors have widespread use. Additionally, resistors are utilized in power distribution systems to regulate current and protect electrical loads.

Resistors made from different materials have various resistance values. The resistance value indicates the resistor’s opposition to current and is measured in ohms (Ω). Resistors can be either fixed (constant value) or adjustable. In electrical circuits, the correct selection and placement of resistors are crucial. Incorrect resistor selection can lead to unexpected results in the circuit. Therefore, the proper use of resistors and their suitability for circuit requirements are vital for the reliability and performance of electrical circuits.