Electromagnetic heating energy-saving system
Driven by global carbon neutrality, high-energy-consuming industries are generally in need of upgraded heating technologies. For key energy and chemical applications, such as offshore platform crude oil heating and industrial production, optimizing heating methods is crucial for improving global industrial efficiency and reducing emissions.
In industrial operations, electromagnetic heating technology, with its core advantages of zero emissions and high efficiency, has become the preferred solution for industry technology upgrades. Our independently developed electromagnetic heating energy-saving equipment integrates a PLC control system and remote monitoring capabilities, enabling digital control of the entire production process and helping companies build efficient and intelligent energy-saving management systems.
In industrial operations, electromagnetic heating technology, with its core advantages of zero emissions and high efficiency, has become the preferred solution for industry technology upgrades. Our independently developed electromagnetic heating energy-saving equipment integrates a PLC control system and remote monitoring capabilities, enabling digital control of the entire production process and helping companies build efficient and intelligent energy-saving management systems.
Application Diagram
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Powerful Foghorn
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First, a magnetic field is generated by energizing the coil. When the coil is energized, the current forms a circular magnetic field in the coil, which is generated by the free movement of electrons in the wire.
When the heated object is in the magnetic f ield of the coil, the magnetic field exerts a force on the electrons inside the object. According to Lorentz force law, electrons in a magnetic field are subjected to a force perpendicular to the direction of electron velocity and magnetic field, causing the electrons to move in a circular motion, which leads to collisions between adjacent electrons, resulting in the conversion of electron energy into thermal energy.
The eddy current generated inside the object is also called eddy current. It mainly transfers heat from the surface of the object to the inside. The temperature inside the object rises, and the surface temperature also rises accordingly. When the current passing through the coil increases, the strength of the magnetic f ield also increases, which in turn increases the strength of the eddy current, resulting in faster heating of the object.
Eddy Current Formation
Heating Effect
Magnetic Field Generation
