Overview

The equipment converts conventional industrial voltage into the required high-voltage DC power supply through step-up transformation and intelligent rectification and control. This creates a stable high-voltage field strength within the electric field, driving the dust particles to become charged and adsorbed, thus completing the flue gas purification process. The output stability and voltage regulation accuracy of the high-voltage power supply directly determine the electric field's output effect and the overall dust removal efficiency. It is a core electrical control device for the efficient, stable, and ultra-low emission operation of electrostatic precipitator systems.

Features

Features high-precision voltage and current regulation, excellent voltage and current linearity, and dynamically adapts output parameters according to flue gas conditions. This ensures stable electric field strength, eliminates voltage fluctuations and abnormal electric field start-up and shutdown, and maintains continuous and stable dust removal efficiency.

Built-in intelligent overload, overvoltage, overcurrent, and short-circuit protection mechanisms automatically limit current, reduce voltage, and shut down the system in the event of faults such as electric field flashover, creepage, and dust accumulation short circuits, effectively preventing power supply burnout and electric field damage, and significantly reducing equipment failure rates.

Highly adaptable, it is compatible with both dry and wet power supply conditions, and can stably output power in complex environments such as high-temperature flue gas, high-humidity condensation, and slightly corrosive flue gas. It has strong anti-interference capabilities and can adapt to harsh industrial operating environments.

Low energy consumption and high conversion efficiency, with excellent power conversion rate and less energy loss compared to traditional power supplies, it can operate continuously and stably for 24 hours a day, suitable for uninterrupted industrial production, with significant energy-saving and consumption-reducing effects.

Highly intelligent, it supports manual adjustment, automatic frequency conversion control, and remote start/stop control. Real-time monitoring of operating status, automatic fault alarm and recording, and convenient maintenance and troubleshooting make it suitable for automated unattended dust collection systems.

Suitable Applications:

Widely compatible with various dry electrostatic precipitators, wet electrostatic precipitators, and industrial high-voltage electrostatic purification equipment, providing dedicated power supply support for high-voltage electric fields. Primarily used in electrostatic precipitator applications involving large flow rates, high humidity, and high temperatures in thermal power generation, metallurgical sintering, cement kiln tails, thermal heating, chemical waste gas treatment, waste incineration, and biomass combustion. It is an essential power component for all electrostatic precipitator equipment.

Maintenance and Design

The equipment comes standard with a complete transformer body, intelligent control module, protection components, and wiring accessories. It features high structural integration, a neat layout, and strong versatility. The equipment is designed for dustproof, moisture-proof, and leakage protection, adapting to complex industrial environments. It supports customization of various power supply specifications, including standard industrial frequency, high frequency, and constant current. Matching models can be made according to the specifications of the electrostatic precipitator electric field, the air volume handled, the flue gas conditions, and the high-voltage level, ensuring compatibility with new and old dry and wet electrostatic precipitators for installation, replacement, and upgrades.

The equipment is widely compatible with various applications, including dry and wet electrostatic precipitators for installation, replacement, and upgrades.

Note

The high-voltage power supply is the core of the electrostatic precipitator system. Unstable voltage, protection failure, and aging lines can all lead to insufficient power output and frequent tripping of the electric field. It is necessary to regularly check the line insulation, operating parameters, and fault records, promptly identify potential hazards, and ensure the continuous and stable operation of the electric field.