The automobile industry is vast, and manufacturers continuously bring new innovative technology to expand it. Over the last two decades, innovation has changed the vehicle's design, features, comfort, and quality. Automotive companies are bringing new challenges, technologies, and high product quality to stay in competition.
The automotive cabin comfort system is designed for passengers to be comfortable traveling in a car or vehicle. Automotive cabin comfort systems create a better environment and provide better experiences. Here are a few of the components in the automotive cabin are:
- Heating, Ventilation, and Air Conditioning: This automotive cabin system provides better air management and controls the temperature in the car cabin. It maintains humidity level and temperature and filters pollution through ventilation.
- Seats: Manufacturers develop comfortable and bouncing seats in the car cabin to seat comfortably. These seats are designed with lumbar support, massage function, and cooling feature to enhance long-drive experiences.
- Sound Systems: Playing music and driving is a new trend among youngsters. The high-quality music setup and updated versions bring entertainment while driving a car.
- Lighting: The light effects inside a car cabin are another component that creates relaxation and improves visibility.
- Sunroof: The new model cars have a sunroof for fresh air inside the cabin.
- Infotainment System: This system provides entertainment, navigation, communication, and others.
- Noise Reduction: The car cabin is designed to reduce the noise level that comes from outside. Passengers can feel relaxed and peaceful driving due to this system.
These automotive cabin comfort systems reduce fatigue, increase safety, and create comfortable driving experiences. The automotive industry will surprise us in the coming years with its innovation to attract consumers.
Recent Innovations in the Automotive Cabin Comfort System
- Advanced Climate Control: The automakers offer an advanced climate control system to adjust humidity and temperature automatically. This system inbuilt with machine learning and sensor technologies to optimize energy efficiency.
- Personalized Settings: The automakers design the automotive cabin to adjust seats, recognize the voice, climate control, and others.
These few innovations are majorly developing better automotive cabin control systems.
Automotive cabin comfort system has significant role as it provides comfort level to passengers and drivers, which in turn ensures quickest reflexes and safe driving for all modes of transport, such as cars, light commercial vehicles, heavy commercial vehicles, etc. Presently, various companies are active in offering automotive cabin comfort system solutions, such as Robert Bosch GmbH, Lear Corporation, Johnson Controls Inc and Faurecia.
The associated system can involve solution in terms of power seats, power windows, heated seats, sunroofs and defoggers, etc. Albeit these features provide different functions, such as pleasant climate by HVAC system, defoggers for removing fog, power windows for automatic movement of vehicle windows, etc; the ultimate motive is to provide efficient fuel consumption and economy in consummeration with the comfort.
This, however, requires, critical engineering and design addressing efficient thermal performance, etc to meet the key business objectives of cabin comfort system. Physical testing is often carried for the assessment of cabin comfort system considering all the parameters, such as temperature, body type, air velocity and clothing, etc; which is generally expensive, time consuming and inflexible in nature.
Companies such as Exa Corporation plays a crucial role in combating the technical and financial challenges associated with the automotive cabin control system. The company provides integrated solution to evaluate passenger comfort level, optimization of HVAC flow, controlled cool and warm up time, prediction of system performance in advance of prototype builds.
The designing companies such as Simgrosys provides Computational Fluid Dynamics (CFD) and Finite Element Analysis equipped enhanced designs of different automotive cabin comfort system components such as face ducts, tunnel ducts, roof ventilation and HVAC unit blower. However, the designs are also required to framework cabin control system in lined with the concerned governmental regulations.
Presently, the industry is witnessing a lot of technological innovations, advancements and partnerships, which is further expected to advance in the near future. Undoubtedly, with increasing offerings such as combined filters as compared to conventional air filters, automatic AC, powered window, etc alongwith the advancement in the designed assessment tools such as CFD simulations, the passengers can expect to rely on the most economical, comfort savvy and safest driving experience in the years to follow.
