Reactive Power Compensation Plants  Manufacturers, Traders, Suppliers

All electrical loads with a magnetic circuit like motors, ballasts for lamps, transformers and pumps require reactive power to build up the magnetic field. The reactive power for the magnetic field has to be provided by the utility same as for active power, even though that type of energy is to the end user of little value. The reactive power oscillates with double the line frequency between supplier and end user (Power Oscillation) and causes losses. The phase shift of apparent power to active power is reactive power. The power factor correction compensates the consumed reactive power where it is used with a power factor correction system.

• Topology Level 3, modular, compact, light, low losses and efficient
• Very high efficiency of ≥97% and low losses
• 100% electronical compensation without reactors or capacitors
• Independent from the tuning frequency of the utility
• Line balancing and fundamental power factor correction
• 3- and 4 wire compensation in one unit
• Simple set up and installation

Dynamic power factor correction systems KDS are ideal for small to large scale businesses. They are easy to install and require little service and are paid back very quickly. Each year you will save energy cost with this system and also reduce CO2. At the same you increase the utilization of your electrical infrastructure and more active energy can be transmitted and used. For very dynamic loads like in elevators, saws and other machines this electronic dynamic compensation is ideal. The quick response time of less then 15ms allows to efficiently eliminate flicker.

DynaMix dynamic power factor correction systems
Developed by ELKON, DynaMix power factor correction systems combine the benefits of dynamic power factor correction with the benefits of a lower-cost variant, which uses a conventional contactor circuit. Dynamically and conventionally switched units are used jointly in one power factor correction system. Through a special control system the power factor correction of quick load changes is achieved using the dynamic part of the system, whereas the power factor correction of the base load is achieved using the conventional part.