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High-voltage electrode boiler unit

The high-voltage electrode boiler unit is a boiler system that uses electrical energy to directly heat water or steam. Its main feature is to generate heat through the principle of electrode resistance heating, thereby achieving heating and steam production.

  • Commodity name: High-voltage electrode boiler unit

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  • 产品描述
  • 1. Working principle of high-voltage electrode boiler unit

    The high-voltage electrode boiler mainly introduces current into water through electrodes. Water acts as a resistor and generates heat when current passes through. The basic principle of the electrode boiler is: in the water (or liquid) between the electrodes, when current passes through, according to the Joule effect, current will generate heat when it passes through the water, thereby increasing the temperature of the water. When the temperature rises to a certain level, the water will evaporate to generate steam.

    2. Working process of high-voltage electrode boiler unit

    Power supply: The high-voltage power supply provides current to the electrode boiler.

    Electrode heating: The current is heated by the resistance of the water, and the water temperature rises rapidly.

    Water evaporation: When the temperature of the water reaches the boiling point, the water begins to convert into steam.

    Steam output: High-pressure steam is output through pipelines for heating or industrial production, etc.

    3. Main features of high-voltage electrode boiler units

    Fast heating speed: electrode boilers do not have the heat exchange process of traditional boilers. Electric current directly heats water or steam, can quickly generate heat, and has high thermal efficiency.

    Energy saving and environmental protection: Using electricity as energy, no exhaust gas and pollution are generated, which meets environmental protection requirements and is especially suitable for cities or areas with strict environmental protection requirements.

    High degree of automation: modern electrode boilers are mostly equipped with intelligent control systems, which can automatically adjust power and control the heating process. They are easy to operate and have high stability.

    Small footprint and simple structure: Compared with traditional coal-fired and gas-fired boilers, electrode boilers are small in size, compact in structure, and relatively simple to install and maintain.

    4. Application fields of high-voltage electrode boiler units

    Industrial field: Mainly used for steam heating, widely used in petrochemical, electric power, food, chemical, textile, papermaking and other industries.

    Building heating: As an efficient and clean heating equipment, it is particularly suitable for high-rise buildings or areas with high environmental requirements.

    Central heating system: Central heating in cities, parks and other areas can use electrode boilers instead of traditional coal-fired boilers.

    Small distributed energy system: Suitable for some smaller-scale thermal demand occasions, such as hospitals and schools.

    5. Advantages of high-voltage electrode boiler units

    No fuel required: completely dependent on electricity, no need to store and transport fuel.

    No emissions required: no flue gas emissions, avoiding the air pollution problems caused by traditional combustion methods.

    Strong adaptability: can quickly respond to load changes, suitable for occasions with large load fluctuations.

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