With the acceleration of the global refrigerant substitution process and the in-depth advancement of the carbon neutrality goal, the safe application of low GWP (Global Warming Potential) environmentally friendly refrigerants has become one of the important issues in the upgrade of thermal management systems.

 

The natural refrigerant working medium represented by R290 (propane), with its zero ODP (ozone depletion potential value), extremely low GWP (global warming potential value), and excellent thermodynamic performance, is gradually penetrating into applications such as vehicle heat pump systems, commercial refrigeration equipment, and energy storage temperature control fields. However, as a flammable refrigerant, R290's flammable and explosive properties pose severe safety challenges for large-scale application, and the real-time, accuracy and reliability of leak monitoring directly affect the safety bottom line of the entire vehicle and energy storage system.

 

In this context, Guangdong Zhengyang Sensing Technology Co., Ltd. (hereinafter referred to as " KUS ") and Shenzhen MemsFrontier Electronics Co., Ltd. (hereinafter referred to as " MemsFrontier") have officially reached a deep synergy in strategic investment and business cooperation, and the signing ceremony has been completed recently.

This move is not only a key technology layout for KUS in the field of thermal management, but also a strategic measure to connect the entire chain of "chip design - system integration - terminal manufacturing" and build a core technology barrier in the era of environmentally friendly thermal management.

 

KUS: Specializing in automotive sensors and thermal management

Global supplier of automotive components and assemblies

 

As a global automotive-grade system integrator with over 20 years of experience in the automotive sensing and thermal management fields, KUS has established a full value chain capability covering research and development, manufacturing, testing, and delivery, and possesses extensive experience in large-scale production of automotive-grade sensors.

 

Its core advantages are not only reflected in its extensive customer base covering industries such as commercial vehicles, energy storage, construction machinery, and ships, as well as its global delivery system, but also lie in its vertical integration capabilities from sensor software development, probe packaging, module integration to system-level thermal management solutions.

 

MemsFrontier: Overcoming "Critical Technology Hurdles" in Sensing Technology

National High-Tech Enterprise, Small and Medium-sized Enterprise "Giant of Specialization and Distinctiveness"

 

MemsFrontier was established in 2015. It is an innovative supplier of MEMS sensor solutions, a national high-tech enterprise and a "small giant" enterprise with specialized and distinctive features. It focuses on overcoming "key technology bottlenecks" in MEMS sensor technology. By leveraging its strong independent R&D capabilities in the design of MEMS sensor chips, wafer manufacturing, packaging and testing, it has established a six-product system covering temperature, gas, pressure, dust, flow, and optical components.

 

MemsFrontier has successfully developed over 70 types of MEMS sensors and modules, as well as over 150 types of precision optical components. These products can be widely applied in intelligent household appliances, HVAC, medical devices, consumer electronics, automotive electronics, industrial monitoring, security surveillance, smart energy, smart agriculture, aerospace, public safety, semiconductors, and other fields.

 

Strong partnership: Empowering green development in thermal management

Complementary strengths, shared future

 

In the future, as the widespread application of flammable and environmentally friendly refrigerants such as R290 in the thermal management system progresses, the safety risks of traditional thermal management integration modules will evolve from the simple monitoring of temperature and pressure to multi-dimensional safety control such as early warning of gas leakage, real-time feedback of concentration, and emergency cut-off linkage.

 

This deep collaboration with MemsFrontier is based on the forward-looking consensus of both parties regarding the alternative refrigerant technology route. By integrating MemsFrontier's advanced MEMS (Micro-Electro-Mechanical System) sensing technology with KUS 's automotive-grade system integration capabilities, we have gained the initiative at the level of defining the safety architecture for the environmentally friendly thermal management system.

 

Through this strategic collaboration, both parties will engage in in-depth cooperation and mutual empowerment in areas such as automotive-grade gas sensors, industrial detection terminals, and heat pump integration, jointly building an "sensing - decision-making - execution" integrated safety feedback loop.

 

Cooperation for Win-Win Results under the Global Carbon Neutrality Goals

 

This collaboration holds significance far beyond the technical complementarity at the enterprise level. In the face of the historic opportunities presented by the global dual-carbon strategy and refrigerant substitution, the synergy between KUS and MemsFrontier represents a shift for Chinese enterprises in the core perception technology of thermal management, moving from "follower substitution" to "architectural leadership".

 

By combining the MEMS sensor chip's integration capabilities at the system level and its global delivery capabilities, both parties can not only provide more cost-effective safety monitoring solutions for global OEMs, but also inject strong Chinese new momentum into the refrigerant substitution process under the global carbon reduction goals, helping to build a safer, more efficient and sustainable green thermal management future.