How to deal with electromagnetic radiation from Electronic Transformer

2025-10-22 16:55:26

Electronic Transformer generate some electromagnetic radiation during operation, which can have some impact on surrounding personnel and equipment.

Optimization design: In the design phase of transformers, the radiation range of electromagnetic fields can be reduced by reasonably arranging the positions of electromagnetic coils and magnetic cores. At the same time, appropriate materials and structural design should be adopted to reduce the intensity of electromagnetic fields and minimize the degree of radiation.

Shielding measures: Shielding covers or plates can be installed around power system to block the propagation of electromagnetic radiation and reduce its impact on the surrounding environment. Shielding materials can choose metal materials with good conductivity to effectively absorb and reflect electromagnetic waves.

Buried equipment: Burying Power regulator can effectively reduce the propagation range of electromagnetic radiation and minimize the impact on the surrounding environment. Underground equipment can reduce the radiation wavelength and transmission distance in the air, thereby lowering the radiation intensity.

Cross equipment installation: Keep the power transformer at an appropriate distance from personnel and equipment to reduce the impact of electromagnetic radiation on the human body and equipment. Set up warning signs around power transformers to alert personnel to the risk of electromagnetic radiation and avoid prolonged exposure to high-intensity electromagnetic fields.

Regular inspection: Regularly inspect and monitor the electromagnetic radiation of power transformers to ensure compliance with national security standards and regulations. Once electromagnetic radiation exceeds the standard or is abnormal, timely measures should be taken to deal with it, ensuring the security of the surrounding environment and personnel.

In summary, the electromagnetic radiation problem of power transformers can be effectively addressed through optimization design, shielding measures, buried equipment, installation of crossing equipment, and regular testing, reducing the impact on the surrounding environment and personnel, and ensuring production and living security. I hope the above measures can provide useful solutions for the electromagnetic radiation problem of power transformers.