An electrode boiler is a high-efficiency electric steam boiler that uses electrodes to generate steam by passing electrical current through the water itself. This causes the water itself to act as the heating element, with resistance in the water generating heat that turns the water into steam. They are commonly found in applications where direct electrical heating is more convenient than traditional fuel-based systems. Electric steam boilers are 98% efficient. As an industrial electric boiler, Electra provides a clean, modern solution for industries focused on energy efficiency and environmental compliance.
Electrode boiler present a more modern and sustainable alternative to traditional fossil fuel-fired systems due to very high efficiency. Apart from being efficient, it offers a host of advantages as well, including zero on-site emissions, clean and quiet operation, simplified installation, and a compact footprint. They are becoming the preferred choice for heating across a wide range of industries.
55 Kg/hr to 2000 Kg/hr
An electrode boiler works by passing electric current directly through the water using electrodes. The water itself acts as a conductor and heats up due to electrical resistance, turning into steam. This electrode boiler working principle ensures rapid steam generation, minimal energy loss, and up to 98% efficiency. It’s ideal for industries looking for a clean and efficient steam solution with reduced maintenance.
Industrial electric boilers are used for clean and efficient steam generation in industries like food, pharma, textile, and chemicals.
Thermodyne Engineering Systems is one of the leading electric boiler manufacturers in India, offering high-efficiency solutions for industrial use.
It uses electricity to generate heat, which is then used to produce steam or hot water for industrial use. This system works without burning any fuel, making it clean, silent, and ideal for industries that need a pollution-free solution.
An electric steam boiler uses electricity based on its size (in kW) and how long it runs. For example, a 100 kW boiler running for 1 hour will use 100 units of electricity. The bigger the boiler or longer it runs, the more power it will need.
The electrode boiler working principle is based on using water as a conductor. When electricity passes through electrodes submerged in water, the current heats the water directly, turning it into steam. There are no heating elements—the water itself generates the heat, making the system fast, efficient, and clean