The 17th China Heating and Cooling Industry Development Summit and the China "Heating and Cooling Intelligent Manufacturing" Award Ceremony were successfully held in Shanghai from September 16th to 18th, 2025. This summit, with the theme of "Smart Manufacturing for Cold and Warm, Symbiosis and Win Win", brought together more than 600 heavyweight guests, including leaders from government agencies, experts and scholars from universities, and hundreds of upstream and downstream companies in the HVAC industry chain. The conference focuses on cutting-edge topics such as green and low-carbon transformation, AI intelligent application, etc., deeply explores new trends in industry development, and jointly depicts the future blueprint of the heating and cooling industry.


At the "Green Technology Forum for Heating and Cooling" held on September 17th, Xiao Jinhua, Vice President of Sifang Optoelectronics and General Manager of the HVAC (Automotive/Home Appliances/Industrial) Division, delivered a keynote speech, focusing on the company's innovative gas sensor solutions that focus on comfort, safety, and environmental protection, showcasing the application value of cutting-edge sensing technology in promoting the development of the heating and cooling industry.

He mentioned: "Sifang Optoelectronics takes gas sensor technology innovation as the engine and continues to assist in the transformation and upgrading of the HVAC industry. Relying on its profound technical strength and industrial integration capabilities, it has built a complete solution and supporting service system covering the entire chain of 'perception control execution'.
Currently, the HVAC industry is undergoing profound changes: environmental regulations are becoming increasingly strict, and green refrigerants are accelerating their replacement; The health demands of users are constantly increasing, and the monitoring needs have surpassed a single air indicator; Intelligent applications are accelerating their implementation, and the trend of system linkage and integration is becoming increasingly evident.
Based on these key trends, Sifang Optoelectronics has accelerated its technological research and development, launching multiple iconic products such as refrigerant leakage monitoring sensors, all-in-one integrated air quality sensors, and air quality controllers to effectively meet market demand, promote product iteration and industrial upgrading, and help the industry achieve higher quality development that is more comfortable, safer, and environmentally friendly. ”

At the 9th China "Cold and Warm Intelligent Manufacturing" Awards Ceremony held at the same time, Sifang Optoelectronics won the "Annual Brand Award" in the component category with outstanding market performance and innovation strength. This award aims to recognize enterprises that are in an advanced position in multiple dimensions such as sales scale, market influence, and industry contribution, representing high recognition from the industry.


For a long time, Sifang Optoelectronics has been dedicated to innovation in sensing technology, committed to providing customers with high-quality and reliable solutions. In the field of refrigerant leakage monitoring, the series of refrigerant leakage monitoring sensors can cover all A2L/A3 refrigerants, with dual engine technology. A single sensor can achieve R290 refrigerant leakage prevention and CO ₂ comfort monitoring, balancing comfort and safety, effectively reducing costs, and helping product reform and upgrading. In the field of air quality monitoring, the all-in-one integrated air quality sensor has a compact size and can integrate monitoring of 8 air indicators. It adopts a modular design, supports flexible selection, and is widely adaptable to various application scenarios.

In the future, Sifang Optoelectronics will continue to be driven by technological innovation, providing more efficient and intelligent sensing solutions, working together with industry partners to promote the green and sustainable development of the heating and cooling industry.










