Automotive cabin air quality sensors are becoming an important automotive component with the increasing demand for maintaining the quality of air inside cars and vehicles and monitoring the harmful emissions and air pollution in the cabin. The automotive cabin air quality sensors landscape is expected to become highly lucrative owing to the increasing demand for comfortable driving, and tailor-engineered automotive cabin air quality sensors are also being introduced to the market.
Moreover, rising air pollution levels, growing passenger awareness regarding in-car wellbeing, comfort, and safety have resulted in the increasing adoption of automotive cabin air quality sensors in almost all vehicle types. The increasing emphasis given to minimizing CO2 and particulate matter emission along with the stringent regulations centering this goal is further driving the growth of the automotive cabin air quality sensors market.
Continual Efforts Taken for Emission Control to Boost the Sales of Automotive Cabin Air Quality Sensors
Growing urbanization in emerging economies has boosted automotive sales, thereby contributing to the rising air pollution levels and emission of harmful compounds including carbon, monoxide, and others. With the adverse effects of these emissions on the climate, there are notable initiatives taken up by leading governments.
Regulatory bodies are imposing stringent regulations pertaining to the emission of harmful gases, thereby creating major demand for products that aid in monitoring and management of cabin air quality. For instance, in an attempt to battle air pollution issues, China has implemented certain regulatory guidelines. The country recently released the China VI emission standards for upcoming heavy-duty vehicles, which intends to mandate diesel particulate filters on all new diesel heavy-duty vehicles which will be brought to the market after July 2021. Apart from this, various other regulations are being imposed, thereby creating profitable avenues for providers of automotive cabin air quality sensors.
Automotive Cabin Air Quality Sensors Enabling Safe and Comfort Driving
The effective use of automotive cabin air quality sensors has reflected into considerable reductions in cabin emissions. Passengers and drivers are often exposed to high-level hazardous polluting gases, particularly in the urban areas that have witnessed a major pollution level. Thereby, the need for enhanced air quality inside vehicles has further propelled the growth of automotive cabin air quality sensors market. With the deployment of these sensors, automotive manufacturers are able to offer a safe and comfortable driving experience to their customers.
There are novel automotive cabin air quality sensors being introduced in the market that can simplifying the automotive cabin air quality monitoring and management. For instance, A Japan-based technology group, Asahi Kasei presented its concept car—AKXY, highlighting the technologies and materials related to automotive. On such automotive technology was the CO2 sensor solution—Sensor Sunrise that measures the CO2 content in car cabin. Claimed to be the first optical solid-state NDIR sensor in the world, Sunrise aids in measuring gases such as CO2. Moreover, with comparatively lower power consumption and its application in battery powered solutions, the Sensor Sunrise is next-gen offering in the automotive cabin air quality sensors.
Innovations and Improvisations to Boost Further Capabilities
Continually rising adoption of automotive cabin air quality sensors has created the need to further improve the capabilities of these sensors. Moreover, the rapidly evolving technology has enabled companies to engineer cutting-edge automotive cabin air quality sensors.
New products are being introduced in the market to enable consumers to monitor air effectively. Valeo, a prominent provider of automotive cabin air quality sensors unveiled its most innovative solutions at the 15th edition of Auto China 2018, thereby offering new ways to improve automotive cabin air quality. Valeo’s new air purifier is connected to sensors and analyze air quality inside and outside, thereby offering real-time information through a human-machine interface and further adapts the cabin air accordingly. Made from tight-knit reinforced fibers, the new filter filters out nearly 98% of toxic gases and ultrafine particles.
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