As green transportation gains momentum woridwide -- from electric vehicles to intelligent public transit -sensors play a pivotal role in enabling cleaner, safer, and more efficient mobility. By monitoring emissions, energy usage, air quality,and vehicle system performance in real time, advanced sensor technologies provide the data foundation for optimizing energy efficiency, reducing environmental impact, and ensuring regulatory compliance.
Automotive HVAC Sensing Solutions
Li-battery Thermal Runaway Solutions
Engine Emission Gas Sensing Solution
Cubic, as an automotive Tier 1 supplier, leveraged its mature R&D and manufacturing experience on gas sensors and gas analyzers, has launched a sereis of new generation of automotive sensor solutions based on its core technology platforms, providing more accurate, stable and intelligent sensor solutions.
Solution
Automotive Air Quality Sensors
Cubic automotive air quality gas sensors include laser scattering PM2.5/PM10 sensors, NDIR CO2 sensors, MEMS MOX AQM sensors, and cabin temperature and humidity sensors all aimed at comprehensive air quality monitoring.
Cubic Automotive Refrigerant Gas Leakage Monitoring Sensors
Cubic NDIR refrigerant gas sensors have the advantages of superior long-term stability, fast response and excellent accuracy under different temperature ranges to meet different application scenarios. With the feature of long lifespan and excellent performance due to the robust NDIR technology design and the durable component implementation, Cubic NDIR refrigerant gas sensors will be the best candidate used in automotives.
Cubic Li-battery Thermal Runaway Gas Sensors
Cubic lithium-ion battery thermal runaway sensors can precisely detect the thermal runaway event with CO2, CO/HC/H2, smoke or aerosol, released from battery from very early stage.
Cubic Exhaust Gas Sensors
Cubic HTCC-based NOx and oxygen sensors help reduce emissions and improve fuel efficiency. The NOx sensor supports SCR systems and OBD in diesel and gasoline engines, while the oxygen sensor optimizes air-fuel ratio to cut fuel use and CO2 emissions.