automotive

In order to cater to the growing demand for consumer and capital goods, manufacturers are adopting advanced technology for fast production. Several manufacturers are integrating low voltage motors with smart sensors to speed up the production rate as it enables end users to record the regular and accurate measurement of the motor’s key condition parameters. For example, ABB, a leading player in the low voltage motors market, launched a new low voltage motor equipped with smart sensor, which is designed to pick up signals from the low voltage motors that helps in recording accurate and regular measurements of the motor. Manufacturers operating in several industries are converting regular low voltage motors to connected and intelligent machines, which enables users to analyse the actual needs rather than on the basis of operating hours and time intervals during the production process. Equipped with smart technology, the low voltage motors enables manufacturers to make predictive analysis based on the data acquired, which can help in reducing the downtime by 70%, extending motor lifetime by 30%, and cutting energy consumption by around 10%.

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Blocking pollen, dust and particulate matter from vehicle exhaust from entering the car, automotive cabin air filter is being increasingly used in vehicles. Cabin air filter manufacturers are focusing on research and development of air filters using new material and advanced technology providing better filtration. Manufacturers are also developing charcoal lined cabin air filter. The air filter includes activated carbon that prevents odors and helps to reduce oxides of nitrogen and carbon monoxide from entering the car.

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Cabin air filters with small fibers facilitating better protection by trapping a large amount of ultrafine particles are also on a rise. Increasing number of replacement of automotive cabin air filter is driving the demand for new filters. Although replacement varies by manufacturers, general guidelines suggest replacing the air filter in every 12,000 to 15,000 miles. Development of customizable and polyurethane-based adhesive filters are also witnessing growth among manufacturers.

Hybrid electric vehicles are eco-friendly, include reduced emissions and reduced fuel consumption as compared to gasoline engine vehicles, hence the hybrid electric vehicles are gaining popularity across the globe. With several stringent emission policies by various countries, hybrid electric car manufacturers are focusing on developing new hybrid electric car batteries that can be recharged quickly. Data acquisition system and remote monitoring system are being implemented in the hybrid electric vehicles to locate nearby charging stations, help in navigation, etc.

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Leading market players are also focusing on improving performance and efficiency of cooling electronics in hybrid electric vehicles, as hybrid electric vehicles employ both electric motor and turbo diesel engine. High energy density and low-discharge rates make Li-ion batteries suitable for hybrid electric vehicles. However, low temperature reduces the energy of the battery, hence manufacturers are focusing on increasing capacity of Li-ion batteries in cold temperatures.

Increasing number of car accidents across the globe has made it vital for vehicles to earn top safety ratings during the crash test program. Hence, airbags in the vehicle form an important part of the safety features in the car. Most of the new cars are deploying airbags to protect occupants in frontal, rear and offset crashes with the help of airbags. However, knee airbag is considered to be one of the important safety features as they protect lower limbs. Governments and automotive governing councils across various nations have set safety standards and also provide vehicle safety ratings based on the in-vehicle safety systems.

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Along with various in-car safety systems, automotive manufacturers are focusing on providing advanced airbag system. Hence, automotive knee airbag manufacturers are providing new airbags. For instance, manufacturers are applying silicone coating on airbags to protect the fabric from heat and occupants from burn injuries. Some of the manufacturers are also focusing on developing smart airbags with various features.

Growing demand for security devices in vehicles has led to an upsurge in demand for the airbags in the automotive industry globally. In addition, government in various countries have imposed regulations regarding security devices in the automotive industry. These factors are expected to contribute towards growth of the global automotive curtain airbag market positively. A recently compiled report by Fact.MR reveals that the global market of automotive curtain airbag is projected to register a CAGR of 5.5% over the forecast period, 2017-2022.

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Factors Fuelling Growth of the Global Market

Biometric driver identification system is an advanced technology in the vehicle, ensuring its safety. The system uses various technologies such as fingerprint and facial recognition, retina scan, hand geometry, voice analysis, etc., to identify the driver and also to avoid unauthorized access. It also alerts the driver in real-time in case of any distraction. The biometric driver identification system also customizes in-vehicle features as per the driver comfort including seat alignment, the temperature in the vehicle, adjusting steering as per the comfort of the driver.

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Automotive oil filters help to remove contaminants from the oil. Oil filter in an internal combustion engine in vehicle helps to eliminate wear particles, transfers heat to cool the engine, and lubricates internal parts. With the increase in a number of vehicles manufactured, the demand for the automotive oil filter is also rising. Hence, manufacturers are working on improving the filter design and technology to ensure it works with increased engine power.

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Manufacturers of automotive oil engine are also focusing on developing filters, eliminating the need to change the oil filter for a long time. Automakers are also moving towards constructing replaceable element filter, leading to minimizing waste with each filter change. Better filter efficiency is also one of the vital focus areas for manufacturers. They are offering improving filter efficiency to hold or capture even the smallest particles, ensuring better engine performance.

Increasing demand for performance efficiency is projected to fuel adoption of fuel filter in the automotive industry. Moreover, growing need to replace the clogged fuel filters is projected to impact the global market growth of fuel filter significantly. Fact.MR projects the global automotive fuel filter market to reflect a CAGR of 5.8% over the forecast period, 2017-2022.

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Factors Fuelling Growth of the Global Market

The automotive rear spoiler is designed to disrupt the air movement by creating the vertical force that acts on the tire by causing traction on the road. The spoiler is a wing-like design attached to the car to create unfavorable air movement across the body of the car when it is in motion. The spoiler is made using lightweight materials such as fiberglass, ABS plastic, carbon, and silicon. However, manufacturers are also searching for new materials that are cost-effective.

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Among all the materials used for manufacturing spoiler, the majority of the automotive manufacturers have started using silicon as it has a long life and its remarkable plasticity. Recently, manufacturers have also started using carbon as it is light in weight, but the high cost of this material still remains the biggest concern. However, fiberglass is still the highly preferred material among manufacturers due to the low cost of the production process. Automotive spoiler manufacturers are also focusing on innovative technologies such as aerodynamics and active-aerodynamics to offer better performance.

Converting source energy into motion, actuators in the automotive industry have been in a use for a long time. However, with technological advancements, automotive actuators are also being upgraded. Automotive manufacturers are also moving towards using electromechanical actuators due to the various benefits offered such as increased and consistent performance, low energy consumption and cost saving.

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Automotive actuator manufacturers are also developing actuators for next-gen by building a compact design that provides lightweight and low power consumption. There has also been an increase in the use of flap actuators in a Heating, Ventilation, and Air Conditioning (HVAC) system in cars. Meanwhile, smart automotive actuators are also gaining popularity, these actuators use microcontrollers to perform various tasks based on customer requirements. These smart actuators also offer reliability, fuel efficiency, etc. Engine downsizing and emission regulations are also driving the demand for actuators by automotive manufacturers with advanced technologies and smart control system.