Description: Why does the tram seem to solve the chassis problem all at once, and what makes the tram so efficient in solving this problem? The insider's explanation hits the nail on the head and unravels this seemingly magical mystery.
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In recent years, more and more car manufacturers have switched to electric models, and trams have gradually become the mainstay of urban transportation. However, for many who care about the development of automotive technology, an intriguing question is: why are trams able to solve chassis problems so quickly?
To answer this question, let's first understand what a chassis problem is. Chassis refers to the bottom structure of a car, including the body structure, wheel suspension, braking system, etc. In traditional internal combustion engine vehicles, the chassis design often needs to take into account the needs of the engine, transmission system and fuel storage, resulting in complex chassis structure, heavy weight and low reliability. The chassis structure of the electric car can be simpler, because the electric car does not need fuel storage and transmission system, only the battery stores energy and the electric motor drives the wheels.
So, why can chassis problems be solved so quickly by trams? Some industry insiders pointed out that this is mainly due to two reasons.
First of all, the battery technology used in electric vehicles is becoming more and more sophisticated. With the progress of science and technology, battery technology has made great progress, the energy density of the battery has been greatly improved, the volume and weight have been greatly reduced, and the charging efficiency of the battery has also been greatly improved. This allows car manufacturers to make better use of chassis space and arrange batteries more rationally, resulting in a cleaner and lighter chassis structure for electric vehicles, while maintaining a long range.
Secondly, the high efficiency of the electric motor is also the key to solving the chassis problem. Compared with traditional internal combustion engines, electric motors have the advantages of high efficiency, no pollution, and low noise. Compared to conventional models, electric vehicle engines take up less space, weigh less, and have a more compact chassis. This gives chassis designers greater freedom to better optimize the vehicle's key components, such as suspension and shock absorbers, for better handling and ride comfort.
To sum up, the reason why the electric car can quickly solve the chassis problem is mainly due to the advancement of battery technology and the high efficiency of the electric motor. These two factors make the tram more flexible and advantageous in chassis design, allowing it to better meet market demands.
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