Taking industrial boiler systems as an example, the core of their efficient operation is maintaining the optimal gas-air ratio. Monocrystalline silicon pressure transmitters are critical; they are deployed at key measuring points such as air ducts, gas mains, and furnaces to continuously monitor pressure changes in real time and transmit millisecond-level data to the control system. Practice shows that through refined pressure control optimization, boiler thermal efficiency can be significantly improved, while simultaneously reducing fuel consumption and carbon dioxide emissions per unit output.
In industrial settings, especially in harsh environments with high temperature, high pressure, and high vibration, the reliability requirements for measuring instruments are extremely high. E-Gen's single-crystal silicon pressure transmitter is capable of this task thanks to breakthroughs in its core sensing technology. Unlike traditional strain gauge technology, it employs a silicon resonant sensing principle. Its sensor is made of single-crystal silicon and fabricated into a resonant beam using microelectromechanical systems (MEMS) technology. When pressure is applied, the frequency of the resonant beam changes, and measuring the frequency signal yields a high-precision pressure value. Furthermore, this frequency output method offers strong anti-interference capabilities and stable signal transmission.
Experts state that as a fundamental component of the Industrial Internet and intelligent manufacturing, the widespread application of high-precision single-crystal silicon pressure transmitters will provide solid technical support for the green and low-carbon transformation of energy-intensive industries, contributing significant industrial solutions to China's and even the world's carbon neutrality goals.
