Energy Storage Electromagnetic Boiler Heating Solution

Variable Frequency Technology · Longer Lifespan

The rectifier circuit converts 50Hz AC voltage into DC voltage, which is then converted into high-frequency 22kHz variable frequency AC voltage through the control circuit. High heating efficiency, more energy-saving, and more stable. Electromagnetic induction heating with water-electricity separation; key electronic components use imported materials, and the inverter is designed and manufactured with industrial standards, effectively extending the machine's service life.

High Heat Conversion Rate · Magnetized Water Resists Scaling

Using electromagnetic induction technology, high-frequency electromagnetic eddy currents cause atoms inside the heating tube to move at high speed in a random pattern. Heat is generated through mutual friction, with a thermal conversion efficiency of up to 98%; it can drive radiators, floor heating pipes, and other heat dissipation devices, with fast temperature rise, highly efficient and convenient. Due to varying water quality in different regions and the tendency for hot water to form scale, the water is magnetized through magnetic field induction, effectively reducing scale formation.

Water-Electricity Separation · Intelligent Control

The unique design principle of electromagnetic heating eliminates hidden electrical hazards; the unit design fully considers usage safety, achieving water-electricity separation in both the heating core and the entire machine. It supports PLC programmable operation, RS485 communication with human-machine interface interaction, adjustable power, controllable water temperature, timed and temperature-based settings, making operation convenient.

Working Principle

1. Electromagnetic Heating Energy Conversion

The variable frequency electromagnetic boiler is an energy converter that uses electromagnetic induction heating technology to transform 50Hz power frequency electricity into approximately 10-20KHz high-frequency AC current. When the current passes through iron-containing vessels, it cuts through alternating magnetic lines of force, generating alternating currents (eddy currents) within the vessel's metal. These eddy currents cause the iron atoms inside the vessel to move at high speed in a random pattern; the atoms collide and rub against each other, generating thermal energy that heats the water in the pipes or vessels. The heated medium is transported through pipes to terminal or heating dissipation equipment and circulates to heat up to the required temperature.

2. High Efficiency, Energy Saving, and Intelligent Control

Electromagnetic heating boilers offer higher efficiency and better energy-saving performance. They employ full digital power electronics technology, full digital phase-locked technology, and PWM pulse width modulation technology, combined with a unique water-immersed furnace body and German-imported Infineon modules, achieving thermal efficiency of over 98%. The product uses a fully computerized control system that can achieve precise and flexible time and temperature control according to user needs, maximizing the efficiency of every kilowatt-hour of electricity. Remote control is also available for convenient operation, saving labor costs.

3. Application Scenarios and Advantages

Electromagnetic heating boilers feature inherent advantages including high integration, small footprint, and convenient installation. The product is energy-saving, convenient, and safe, making it an ideal choice for heating, bathing, and domestic hot water supply in government offices, schools, hospitals, restaurants, factories, mines, and ordinary households. Traditional electric boilers can no longer meet the concept of energy conservation and environmental protection, and choosing more energy-saving electromagnetic heating electric boilers is the trend of the times. The sooner traditional electric boilers are replaced, the sooner you will benefit.