Reactive power compensator SVG 20 kVAR 400V with panel wall-mounted version SM-SVG-20-0.4-4L-W 106062

Reactive power compensation and power quality improvement

The SM-SVG-20-0.4-4L-W reactive power compensator is an advanced device designed for effective compensation of both inductive and capacitive reactive power. Its operation is based on dynamic detection of phase shifts and generation of compensating current, which translates into reduced electricity costs by eliminating charges for reactive power consumption. This device not only improves energy efficiency but also relieves the power grid, increasing its reliability and stability.

This model, with a power of 20 kVAR and a voltage of 400V, is particularly useful in industrial and commercial installations where there are large inductive loads, such as motors or transformers. The SM-SVG compensator eliminates the negative effects associated with reactive power consumption, such as energy losses, voltage drops, and overheating of devices. Additionally, the device has a unique function of eliminating three-phase asymmetry, which further stabilizes the network operation and protects connected devices.

Construction and application

The SM-SVG-20-0.4-4L-W compensator has been designed with ease of installation and operation in mind. Wall-mounted design with a color touch panel provides intuitive control over all device operating parameters. Communication is via the RS485 standard, enabling full integration with energy monitoring and control systems. The compact dimensions of the device allow it to be installed even in limited spaces.

The device finds application in a wide range of facilities:

• Industry: production plants, workshops, production halls
• Commerce: offices, shopping centers, warehouses
• Infrastructure: transformer stations, public utility buildings
• Energy: electricity distribution networks

Thanks to the fast response time and the ability to compensate for both inductive and capacitive reactive power, the SM-SVG compensator provides optimal operating conditions for the electrical installation in all conditions. Phase imbalance balancing further increases the reliability of the power supply system.

Key advantages for the installer and end user

• Fast response time: immediate reaction to load changes and dynamic reactive power compensation.
• Versatility: ability to compensate for both inductive and capacitive reactive power – flexible adaptation to the load characteristics.
• Phase asymmetry elimination: improved network stability and protection of connected devices against damage caused by uneven phase loading.
• Simple interface: intuitive operation thanks to the color touch panel and RS485 communication – easy configuration and monitoring of device operating parameters.
• Reliability: high quality of workmanship and the use of modern technologies ensure long-lasting and trouble-free operation of the device.
• Energy saving: reduction of energy losses related to reactive power consumption – lower electricity bills and improved energy efficiency of the entire power supply system.
• No need to select steps: smooth reactive power compensation adjustment – optimal adaptation to current load needs without the need to manually switch compensation steps.