1. Energy consumption and emissions: Traditional energy vehicles mainly rely on fossil fuels such as oil, emitting harmful gases such as carbon dioxide, carbon monoxide, nitrogen oxides, etc., causing pollution to the environment. New energy vehicles use electricity or other renewable energy sources such as solar energy, hydrogen energy, etc., with low or almost zero emissions, and are environmentally friendly.
2. Performance and maintenance: Traditional energy vehicles have mature technology, short refueling time, and relatively long range, but the engine, transmission, and other components require regular maintenance, resulting in high repair costs. New energy vehicles have fast power response, low noise, but longer charging time. Their range is limited by battery capacity and technological level, and maintenance costs are relatively low. Especially for electric vehicles, there is no need to replace parts such as oil and spark plugs.
3. Economy and policy support: Traditional energy vehicles have relatively low purchase costs, but fuel costs fluctuate with oil prices and have high long-term usage costs. The cost of purchasing a new energy vehicle may be relatively high, but the cost of electricity is relatively stable and the long-term usage cost is low. Most countries and regions provide subsidies, tax incentives, free parking, unrestricted driving and other policy support for new energy vehicles, which reduces the actual cost of use for users.