Semiconductor Heating Technology

Semiconductor heating is a type of electronic heating, with temperatures reaching up to three hundred and eighty degrees Celsius. Below three hundred and eighty degrees Celsius, it exhibits high resistance characteristics. The higher the resistance, the stronger its heating function, similar to how we cannot use copper wire as a heating element because copper has low resistance and is not suitable for generating heat. For semiconductors, due to their high resistance characteristics, they have a better heating effect compared to copper wires. Since they only heat below three hundred and eighty degrees Celsius, semiconductor heating elements do not generate heat above this temperature. This characteristic allows semiconductor materials to generate heat without producing light or sound loss. In terms of the conversion efficiency in physics, it can reach one hundred percent, making electronic heating the most energy-efficient.

Advantages: low energy consumption, fast heating speed, low operating costs, compact size, no noise, no need for supervision, long service life, easy installation, consuming 50% less energy than traditional electric heating elements.

Applications of semiconductor heating technology:

(1) Application areas: Semiconductor heating technology is widely used in transportation fields such as aviation, aerospace, aircraft, trains, ships, and cars due to its high safety and long service life of over 60,000 hours (15-20 years), making it an important choice.

(2) The company is the first in China to apply semiconductor heating technology to industrial, agricultural, public utilities, and residential heating projects, providing a basis for the formulation of national electricity promotion policies. It is widely used in office buildings, schools, hospitals, military, hotels, banks, factories, commercial outlets, bath centers, aquaculture, grain drying, large residential areas, urban and rural communities, residential houses, villas, etc.

Characteristics of semiconductor electronic heating equipment:

1.Heating temperature can be controlled within a specified time period, with upper and lower temperature limits, fully realizing unattended operation.

2.Power is graded for optimal energy utilization.

3.The product supports both energy storage and direct supply modes of operation.

4.Remote control functions such as remote mobile phone control, telephone line control, and Ethernet control are available.

5.The product is lightweight, weighing only 30% of traditional electric boilers, making it highly portable.

6.The product adopts a modular design for easy maintenance.

Size

Noise-free

Service life

Easy installation

Application areas

Temperature control

Energy utilization

Remote control