Whether you’re looking to buy a new car or you’re just interested in how it works, there is a lot of new advanced auto technology available. There’s Active health monitoring, Connected vehicle technology, Plug-in hybrid electric vehicles and more. The benefits of each can make your driving experience more comfortable and enjoyable.
Connected vehicle technology
Connected vehicle technology is a burgeoning field of auto technology. The technology enables vehicles to communicate with one another and with infrastructure. This enables cars to make smarter decisions, such as avoiding congestion and construction. The technology is becoming more affordable and will soon become standard equipment on most vehicles.
Connected vehicles will provide a variety of benefits to both drivers and owners. In addition to giving drivers the convenience of a hands-free smartphone, connected vehicles will be able to provide information about their vehicles. These features can include navigation, voice-activated personal assistance, and parking applications. These connected vehicles can also provide enhanced safety and comfort for passengers.
Connected vehicles will help manage traffic and safety issues by providing information about road conditions, such as traffic jams and black ice. In addition to collecting information on possible hazards, connected vehicles will be able to notify drivers of any potential hazards.
Active health monitoring
Active health monitoring is an important feature of modern cars. The technology is used to detect various health conditions, such as diabetes and obesity. The technology is easy to install and use and has several advantages. It also improves the safety of the driver. Several prominent automotive manufacturers have already incorporated this technology into their vehicles.
The major players in the automotive active health monitoring system market include Mercedes-Benz AG, AUDI AG, TATA ELXSI, BMW AG, FLEX LTD, and Acellent Technologies. These players are making strides to improve the safety and security standards of drivers and passengers. As a result, active health monitoring systems are gaining increasing importance.
Hybrid vehicles use a combination of a gasoline engine and an electric motor to power the vehicle. The electric motor assists in maneuvering the vehicle and helps charge the battery. Regenerative braking allows the hybrid to put energy back into the battery when the vehicle coasts. The benefits of a hybrid vehicle are many, and they are quickly becoming a popular alternative fuel vehicle choice.
Hybrid cars are often fueled with gasoline or diesel, and they can be fueled anywhere in the country. The current service infrastructure allows them to be refueled easily. The battery can last eight to ten years. Moreover, hybrid vehicles’ fuel costs are often lower than those of conventional vehicles. Because they are environmentally friendly, some consumers may even be willing to pay a premium to purchase a hybrid.
Plug-in hybrid electric vehicles
The plug-in hybrid is a type of electric vehicle that works with both a gasoline engine and an electric motor. The gas engine acts as a backup and recharges the battery when needed. These vehicles have larger batteries than conventional hybrids, which allows them to get much more mileage from the electric system and improve fuel efficiency.
The power train in a plug-in hybrid consists of high-power electric motors. These are controlled by microcomputers. The motors are also controlled by special semiconductor switches that can handle high-amps of current.
Fuel cell vehicles
Fuel cell vehicles are a new type of vehicle that uses hydrogen as fuel. This form of auto technology has many benefits for the environment. These vehicles emit no greenhouse gases and offer high energy density. However, these vehicles are not without their downsides. The primary drawback of fuel cell vehicles is their high cost and durability. In addition, fuel cells are extremely heavy due to the on-board reformers, which must be powered by hydrogen. Research and development efforts are focused on reducing weight and cost of fuel cell vehicles.
Fuel cell passenger vehicles may also use gasoline until the distribution infrastructure is in place. Because of their advanced auto technology, fuel cell vehicles will most likely need maintenance at certified dealers.