Hybrid Compensation

The principle of hybrid compensation for power quality mainly involves combining different compensation techniques and strategies to solve power quality problems such as voltage deviation, three-phase imbalance, harmonic distortion, etc. in the power system. This compensation method typically involves the combination of reactive power compensation and active filters, aimed at improving the stability and reliability of the power system while optimizing the operational efficiency of power equipment.

Company distribution network: The application of hybrid compensation control technology for power quality in company distribution network effectively enhances the stability and purity of power supply by improving the user side distributed energy access capability, ensuring power supply reliability, meeting power quality requirements, and achieving peak shaving and valley filling of power supply, providing users with a more stable and high-quality electricity experience.

Multi energy complementary system: In a multi energy complementary system, the hybrid compensation control technology uses intelligent layered optimization regulation technology to intelligently schedule and control distributed energy systems, achieving optimal energy management and ensuring efficient utilization and distribution of energy.