4 kinds of black technology related to cars Did you know?
According to the TechnoBuffalo website, many people immediately think of self-driving cars when they think of future traffic improvements. Although self-driving cars will almost certainly become better as the technology improves, there are other car-related conceptual technologies that are in the process of being developed. These conceptual technologies are very attractive on their own.
This article will introduce the following four kinds of black technologies related to automobiles:
1, mixed air technology
Many people have at least a basic understanding of the working principle of hybrid vehicles. Apart from gasoline-powered engines, they also have spare parts that allow the car to run partially or fully on electricity. This technology can significantly reduce vehicle fuel consumption and reduce the need for vehicles to refuel at gas stations.
However, recent studies have shown that hybrid vehicles on the market today may not be as environmentally friendly as people think, mainly because of the process used to make batteries for automobiles.
A report shows that the amount of carbon dioxide produced during battery manufacturing is equivalent to 150 to 200 kilograms per kilowatt-hour. In addition, only 5% of lithium-ion batteries have been recycled, compared to 90% for traditional batteries.
However, as its name suggests, hybrid air technology uses compressed air and does not require lithium-ion batteries or electricity. This new technology - developed by Peugeot - offers three driving modes and automatically adjusts to the best mode based on driving conditions.
Manufacturer statistics show that this technology can reduce fuel consumption by 45% during driving on urban roads.
Outside the automotive industry, there are many other industries that rely on compressed air. The usual reason is that companies need to use clean, dry air, especially when producing products in factories.
2. AIRPod car
In some cases, the above conceptual techniques still require the use of gasoline to drive the car. However, the AIRPod car is more revolutionary because it is completely compressed air and does not cause pollution.
TechnoBuffalo stated that it is possible that AIRPod cars do not cause pollution because no fuel is burned during driving. In contrast, cold air compressed to 300 atmospheres is heated and fed into the cylinders of the piston engine.
In addition, there is a filter on the exhaust pipe, which makes the air emitted from the car cleaner than the air entering the car. The driver can use an air compressor at home or at a gas station to charge the car with compressed air at a cost of only $3 (approximately RMB 19).
In the TV show “Shark Tankâ€, the AIRPod car developer has obtained a development agreement, hoping that the manufacturer will manufacture this car in a local micro factory. They believe that this model will reduce potential logistics problems.
3, augmented reality display
Automakers have been looking for ways to improve driver safety. One of the ways they are adopting is to develop head-up displays augmented with augmented reality.
Researchers are well aware that artificial intelligence can perform better than humans in completing some tasks. For augmented reality, special displays help drivers keep their eyes on the road ahead, receive the necessary information, and learn more about the road conditions.
The display can show details about the surroundings of the vehicle or alert the driver to limit speed. They use holographic output and the picture is very realistic, helping the driver to feel more confident while driving.
4ã€Pneumatic regenerative brake
Many hybrid cars and electric vehicles use a regenerative braking system that uses energy generated by the wheels of a car and uses kinetic energy to charge the battery.
However, researchers are looking for a way to design a regenerative braking system that relies on gas mechanics. When used in conjunction with a conventional braking system, the total energy required to drive a car can be reduced to a minimum.
TechnoBuffalo said, on the other hand, the researchers said that this pneumatic system is not suitable for small vehicles, or long-distance vehicles. In the latter case, the driver does not brake frequently and the regenerative effect does not appear to be obvious. Researchers recommend that pneumatic regenerative brakes be used on city buses.
The pneumatic regenerative brake includes a reciprocating piston compressor, a pressure vessel, and a clutch that connects the vehicle drive shaft to the compressor. Scientists involved in the above-mentioned pneumatic brake system test indicated that the system reduced energy consumption by 2.45%. They also stated that the electrical energy stored in the regenerative braking system can be used to power other parts of the car, such as windshield wipers.
These examples illustrate the reasons why the automotive industry has so many exciting technologies. If these technologies become mainstream, they can change the way the car is driven in the future.
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