MEMS-based Corona Detection
This project demonstrates a world class corona detection system which is based on the NPpMEMS Micro Chip Array technology. Through on-line detection of various corona from the very beginning, the system collects the security related data for high-voltage electricity system or grid, and provides warning before any fatal discharge incident happens. This technology has the advantages of high accuracy, high sensitivity, high stability, and real time detection.
MEMS-based Hydrogen Detection
This project provides a micro H2 sensor based on Pd alloy thin film technology. The patented technology solved the issue of slow response of such metal film based sensor. It has the key advantages of high selectivity, high sensitivity, fast response, high security, and low cost, providing a desirable security monitor for the upcoming hydrogen energy society.
High-end Pressure Transducer
High accuracy, high temperature and harsh environment capable pressure transducer has long been an enabler to high-tech industries; and to some extent also paces new technology breakthrough. This project aims to extend current state of the art pressure sensing technologies, and to provide cost effective, solution rich products and services to customers world-wide.
Smart IOT for Digital Agriculture
This project provides IOT solutions for end-to-end industrial chains of digital agriculture, such as seeding, growing, harvesting, transportation and selling. With smart end nodes and cloud data analysis, the agricultural production processes can be digitalized and optimized. Agricultural customized solutions are applied to solve specific production issues and to maximize the economical output.
