Traditional Culture Encyclopedia - The 24 Solar Terms - How to save solar terms for natural gas vehicles?

How to save solar terms for natural gas vehicles?

Throttle method for compressed natural gas vehicle

Start the car with oil in the morning, and then switch to gas mode after the water temperature rises to 80℃, which is not only conducive to safe gas use, but also saves energy. Don't "warm up" too much before starting, and don't drive too fast, because these will increase fuel consumption. Once the tire pressure is insufficient, it will also increase fuel consumption. The wider the tire, the greater the wheel resistance; If the tire diameter increases, it will increase the workload of the engine, thus increasing fuel consumption, so don't replace the big tire at will.

Introduction:

Natural gas refers to the general name of hydrocarbon gas and non-hydrocarbon gas in geological bodies, including C 1-C5 hydrocarbon gas,,,,, he, Ar, etc. Among them, hydrocarbon gas, CO2 and N2 are the main components. Natural gas combustion requires higher air quality than gasoline.

The more active the oxygen molecules in the air entering the cylinder of a natural gas truck, the greater the fire generated by natural gas combustion and the greater the power of the truck. However, if the air entering the engine cannot meet the combustion requirements of natural gas, natural gas vehicles will generally have problems such as power decline, large fuel consumption and many minor faults. Jinhua solar term sticker is an automobile solar term product developed by using Japanese double-wave biochemical elements, and it is the only solar term product in the world that combines far infrared rays, negative ions, gas and air passages to realize complete combustion. The high permeability negative ions produced by the product can improve the oxygen solubility of natural gas and make the natural gas and oxygen mix evenly. In addition, the treatment of air can effectively change the oxygen molecular content in the intake air, make it reach the optimal air-fuel ratio, and then achieve full combustion, greatly reduce exhaust emissions, improve engine efficiency by more than 20%, save natural gas 10%-35%, and effectively prolong the service life of the three-way catalyst.