How to save energy and reduce emissions during the use of automobiles

The installation of a small fan between the throttle assembly and the air filter can reduce a certain amount of fuel consumption of 100 kilometers, the installation of exhaust gas recirculation system and oxygen catalysis can reduce the emission of harmful gases, of course, a reasonable gear and throttle position are also important in driving, if you can turn off the red light!

1. If the country's private cars are driven one day less per month, the country can reduce carbon dioxide emissions by 1.22 million tons a year, saving a total of 610,000 tons of standard coal. 2. Carpooling, carpooling can effectively reduce the use of motor vehicles, save fuel, and reduce exhaust emissions. 3. Choose fuel-efficient modelsGenerally speaking, family cars are more fuel-efficient than sports cars and sports cars.

**The car engine has good fuel-saving performance. A manual transmission is not necessarily more fuel-efficient than an automatic transmission. If the gearbox gear ratio is not properly designed or the driver is not skilled, the manual transmission is likely to be more fuel-efficient than the automatic transmission model.

Take the energy saving and emission reduction of buses as an example.

To reduce the energy consumption of public transportation, the first thing you need to know is why some vehicle drivers have high energy consumption? Some low? What are the factors that affect energy consumption?

In view of these problems, we can find that the main factors affecting the energy consumption of public transportation include: vehicle working conditions, driving behavior, traffic conditions, environment, and the working conditions of major power-consuming components.

Further analysis shows that in the driving behavior factor, the impact on energy consumption depends on the depth of the accelerator pedal, the depth of the brake pedal, the average speed, the time of pressing the accelerator, the duration of the brake, and the smoothness of acceleration. In the use of power-consuming components, the time the air conditioner is turned on and the set temperature of the air conditioner also have a great impact on energy consumption.

With so many factors and intricate influences, how can energy consumption be reduced? We can use big data to analyze the energy saving and consumption reduction model of the bus company, compare and analyze the reasons for the difference in energy consumption in multiple dimensions, understand the energy consumption level of the bus company, and find drivers and vehicles with high energy consumption, so as to make accurate adjustments to reduce energy consumption.

Energy saving is about reducing energy consumption as much as possible and producing the same amount as before1. Adopt thermal insulation materials. 36% of the world's energy is spent heating and cooling homes. The "Zero Energy Housing" model houses built in Switzerland and Germany show that the potential for energy savings with new materials and methods for heating and cooling is incalculable.

2. Replace the bulb. 20% of the world's electricity is consumed in lighting, and 40% of that electricity is consumed by old-fashioned incandescent light bulbs. Energy-efficient fluorescent lamps not only save 75 to 80 percent less electricity than incandescent lamps but also last up to 10 times longer than incandescent lamps with the same amount of luminous light.

3. Improve household heat exchangers. Energy efficiency, such as heaters and air conditioners, is poor, and only a portion of the energy consumed by these heat exchangers is actually used to regulate temperatures.

4. Transform the energy consumption equipment of the factory. About 1 3 of the world's energy is consumed by the industrial sector.

5. Drive environmentally friendly and energy-saving cars. 1 4 percent of the world's energy is used for transportation, including 2 3 percent of oil produced annually. Some energy-saving measures in the transportation sector don't cost at all.

1. Strengthen national legislation;

2. The national tax policy is inclined to small displacement vehicles;

3. Development and utilization of new fuels;

4. Improve engine performance (in-cylinder direct injection technology, variable valve lift and timing technology, variable section turbocharger technology, other technologies);

5. Develop automotive lightweight technology;

6. Give priority to the development of public transportation; 7. Improve the professional level of drivers. Solid suspended particulates can be a hazard to human health. Due to its strong adsorption capacity, it will bring various harmful substances into people's respiratory tract and lungs.

The most important thing is the air intake filter, which should be maintained and replaced frequently.

Maintain adequate air pressure in the tires.

Whether it's a manual or automatic transmission, don't accelerate sharply when you step on the accelerator, and use neutral coasting appropriately.

Then there is the driving habit, when driving in the city, don't keep the speed too fast, and start to slow down and coast when you find a red light.

1. Make sure the tire pressure is correct.

2. Regularly check whether the wheel alignment is adjusted correctly.

3. Don't warm up for a long time.

4. Don't slam on the accelerator when accelerating.

The application of automotive energy-saving technology and fuel substitutes is the core link of automotive technology innovation in the world today and even in the future, and is the key to the survival and development of automobile enterprises in the future.

Ordinary cars: 1. On the premise of balanced safety, try to reduce the weight of the vehicle; 2. Adopt manual transmission (of course, the automatic transmission that is done well now is as fuel-efficient as the manual transmission, such as the more popular dual-clutch transmission technology); 3. Streamlined design; 4. Application of direct injection technology; 5. Application of new energy-saving and environmentally friendly materials; Wait.

1. Technical transformation: including the strengthening of the ignition system, the adjustment of the fuel injection system, the reduction of exhaust resistance, etc.

2. Used for maintenance: including good driving habits, timely maintenance, reducing car load, etc.

Additives are not recommended.

Good driving habits, secondly, you can also use some fuel-saving maintenance products.

The main thing is to save fuel, step on the clutch more and step on the brake less!

If you buy a pure electric vehicle, there will be no exhaust emissions at all.

You can maintain vehicle performance, develop good driving habits, and buy more hybrid and pure electric new energy vehicles.

Economy cars.

Energy-efficient cars produce less CO2 per mile. The most efficient of these, such as small, dual-powered cars, produce less than 110 grams of carbon dioxide (pounds per mile) per kilometer. In comparison, many large SUVs and luxury cars emit at least twice as much CO2.

"Grinder" - engine nanoalloy curing agent in the engine at the same time to maintain and repair the wear, improve the cylinder pressure of the engine, restore the performance of the engine, make the fuel fully combusted, can greatly reduce exhaust emissions.

Buy an electric car directly.

Absolute energy saving and emission reduction.

0 emission energy utilization than the avenue more than 80%.