With the explosive growth of the AI large model industry, industry pain points such as thermal runaway in high-density intelligent computing centers, difficulties in energy efficiency management, high operation and maintenance costs, and fragmented supply chains have become increasingly prominent. Hefei Dewe Intelligent Technology Co., Ltd. has officially launched an integrated monitoring instrument solution for wind cooling, liquid cooling, and fresh air systems in computing centers. Leveraging over two decades of proprietary intelligent sensing expertise, the company delivers a fully domesticated, end-to-end monitoring solution that directly addresses industry pain points, building a dual defense line for safety and energy efficiency in China's computing infrastructure.
The AI environment regulator crafted by Duwei, leveraging innovative artificial intelligence technology, has redefined the standard for comfortable air. It can replace five types of home appliances with just one machine, embodying health, energy efficiency, comfort, and environmental friendliness, thus becoming the true architect of a high-quality air environment.
The Duwei AI air conditioner, through its built-in AI intelligent algorithm, can collect and analyze indoor environmental data in real time (such as temperature and humidity, air quality, oxygen content, etc.), automatically adjust functional modules such as air purification, ventilation, and oxygen production, truly achieving "the bedroom can breathe on its own". Whether you sleep lightly or deeply, this system can create the most comfortable near body microenvironment for you, allowing you to sleep soundly and steadily every night.
The DW605 pointer differential pressure transmitter uses an electromechanical parallel dual channel architecture to achieve a pointer mechanical indication with a minimum measurement range of 0-30Pa and a maximum range of 0-30KPa, synchronized with 4-20mA compatible electrical signal output, filling the technical gap of high reliability differential pressure monitoring equipment.