Introduction: In the 3 to 35kV power systems, the extensive use of inductive loads often results in a low power factor, significant reactive power losses, and penalties imposed by the power supply bureau. To address these challenges, high-voltage capacitor compensation cabinets have become widely adopted in power systems. These devices are designed to compensate for reactive power, boost the power factor, regulate grid voltage, minimize line losses, enhance power supply quality, and optimize the efficiency of power supply and distribution equipment. Their capacity ranges from hundreds of thousands to tens of thousands. The design ensures safe and reliable operation by considering aspects like main wiring configurations, protection mechanisms, inrush current limitation, and harmonic overload suppression. Additionally, the devices are compact and easy to install and maintain.
For many years, our company has been committed to researching, developing, manufacturing, and applying products related to electric drives, power electronics, and power quality solutions. Our range of high and low voltage reactive power compensation filter devices, high-power motor soft start systems, variable frequency drives, motor energy-saving control systems, and power quality equipment are extensively utilized across various industries including construction materials, metallurgy, oil, shipbuilding, ports, chemical processing, textiles, papermaking, municipal services, water supply, and more.
Features:
Device Quality: We use high-quality components, such as high-voltage power capacitors that are highly reliable, long-lasting, low-loss, and operate at lower temperatures.
Safety and Reliability: Each capacitor is equipped with comprehensive safety features and discharge mechanisms. Within five seconds after power disconnection, the residual voltage of the capacitor drops below 50V.
Complete Capacitor Protection: Single capacitor short-circuit protection uses blowout fuses, while unbalance protection of the capacitor bank can include neutral point unbalanced current protection, open delta voltage protection, and voltage differential protection.
Comprehensive Device Protection: The system includes overcurrent, quick-break, overvoltage, and undervoltage protection functions to ensure safe equipment operation.
Harmonic Suppression: By selecting reactors with a harmonic rejection ratio of 0.5% to 13%, we can effectively limit inrush currents and suppress specific harmonic frequencies.
Intelligent Flexibility: The device automatically switches based on operational conditions, offering diverse control methods such as switching according to power factor, voltage, voltage priority, or reactive power levels.
Easy Operation: Once set up, the device operates automatically without requiring manual intervention, minimizing human error.
Maintenance-Friendly: The structure is simple, durable, and requires minimal replacement of parts, making it easy to maintain.
Classification:
Based on Compensation Location: High-voltage centralized compensation and on-site compensation.
Based on Compensation Method: Fixed compensation, manual compensation, and automatic compensation.
Based on Voltage Level: High-voltage compensation and low-voltage compensation.
Based on Installation Method: Indoor compensation and outdoor compensation.
Based on Device Type: Cabinet compensation, frame compensation, and column compensation.
P01 Series Push Wire Connectors
Push-in wire connector with good clamping force
For solid/stranded/tinned flexible wires
Transparent housing for visual inspection of connection
Interlock housing for orderly installation
Colour-coded for easy identification
BELEKS P01 series push wire connectors,quick connector,push-in connectors,2.5 mm² fast connectors
Jiangmen Krealux Electrical Appliances Co.,Ltd. , https://www.krealux-online.com