Hybrid power is a "track" new energy path choice
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In the spring of 2001, I test-drive the newly-launched hybrid Prius at Toyota Japan.
It is also equipped with two sets of gasoline engine and battery, motor systems. When the car is running, it collects the energy that was wasted, braked, and wasted during taxiing. It is converted into electricity and stored in the battery. Acceleration and uphill when the two systems at the same time power, full momentum; smooth driving, the battery drive the motor alone, no longer burn oil.
Toyota has developed a hybrid car for the last ten years. The Prius has now achieved its third generation, and its fuel economy can reach over 50%. Because of the two sets of systems, the price of the Prius is more expensive, but the oil savings saved in two or three years can basically recover the money spent on buying a car. In use, consumers do not have to change their refueling and driving habits.
By 2012, Toyota Hybrid Prius fuel consumption will drop to 4.7 liters per 100 kilometers. Although the Japanese government has already canceled subsidies for the past 250,000 yen (about 15,000 yuan), in the Japanese and US markets, the Prius has become more and more popular and has become the largest single vehicle sold in Japan.
Mercedes-Benz, the inventor of the car, also used hybrid power on the top-of-the-line S400 Hybrid. In the fall of 2008, I tested the Mercedes-Benz hybrid car in Stuttgart, Germany. V6 engine with motor work, power up to 299 horsepower, equipped with "stopping" technology, fuel consumption of 7.9 liters per hundred kilometers - this achievement makes the S400Hybrid become the world's top luxury cars in the fuel-saving champion. The highlight of the S400 Hybrid is the application of lithium batteries. Mercedes-Benz lithium batteries with high-strength steel shell package only two brick size, much smaller than Toyota's nickel-metal hydride battery pack, but nickel-metal hydride batteries are low cost, more secure, the pursuit of their own different.
Uchida Takeshi is the father of Toyota's hybrid R&D. In 2013, he became the president (general manager) of Toyota's first engineer. Prior to this, we had several exchanges. He let me gradually agree with a basic idea: hybrid power is not a new energy, but a kind of "track", regardless of the traditional fuel engine, or electric vehicles, hydrogen energy vehicles, dedicated to energy recovery The hybrid technology allows them to further save energy.
After Uchiyama became the president of Toyota, I talked to him in Changshu. I asked: In China, the government and consumers have not yet accepted hybrid power. When is hybrid power universally recognized?
Uchiyamada gave me a quantified indicator: When he developed the Prius in 1997, he hoped that by 2020, hybrid vehicles could reach 20% of car sales. However, in Japan today, hybrid vehicles account for more than 40% of Toyota's total sales. This shows that consumers' awareness of environmental resources has risen faster than expected. "I believe that by 2020, any vehicle, including various new energy vehicles, will use hybrid technology," said Uchiyama.
Liu Weidong, deputy general manager of Dongfeng Group, told me a few days ago that it is evaluating the joint development of a new concept of air hybrid technology from French PSA Group. Compressed gas cylinders will replace batteries for energy recovery. This technology will be expected to be used in domestic Citroen and Peugeot products. Sample cars will be tested in the country during the year.