
Vehicles adopt the following energy-saving and consumption-reducing measures: Using energy-saving fuels: Gasoline and diesel: Environmentally friendly gasoline and diesel can improve vehicle performance. They clean the engine, reduce engine friction, and enable more complete fuel combustion, thereby reducing air pollution. Bio-liquid fuels: Compared to traditional vehicle fuels, bio-liquid fuels can potentially reduce carbon dioxide emissions. China is already the world's third-largest producer and user of fuel ethanol. Fuel ethanol has been promoted and used in the vehicle fuel markets of nine provinces across the country. Using energy-saving and emission-reduction devices: The PCV energy-saving and emission-reduction device is a method and specialized device for energy saving and emission reduction in fuel vehicles. The technical principle of the PCV energy-saving and emission-reduction device: rapid oil-gas separation of the oil vapor discharged from the crankcase, followed by recirculation and combustion of the useful mixed gas.

I've got plenty of experience with fleet fuel efficiency. The key is to start with daily driving habits. Maintaining an economical speed is most fuel-efficient—on highways, neither speeding nor driving too slow is ideal, with 80 to 100 km/h being optimal. Coasting before a red light saves much more fuel than sudden braking. There's also a technique to using AC in summer—don’t set the temperature too low, and keep the fan speed moderate. When carrying cargo, distribute the weight properly and avoid stacking too high on the roof to reduce wind resistance. Installing a fuel consumption monitor is recommended, allowing drivers to see in real-time how their habits affect fuel usage, which fosters mutual learning and improvement. Also, remember to turn off the engine during short stops—some fleets have found that idling for over 3 minutes consumes more fuel than restarting the engine.

Our fleet controls fuel consumption through meticulous . Every dispatch must use GPS to plan the shortest route in advance to avoid congested roads. I have a professional dispatching app on my phone that works exceptionally well. We check tire pressure regularly every weekend, inflating each tire to the standard level, as underinflated tires significantly increase fuel consumption. The air conditioning filter is replaced every two months to ensure cooling efficiency. Engine oil must be changed according to the manufacturer's recommended intervals, and although full synthetic oil is more expensive, it offers better overall benefits. We also implemented a small innovation: carpooling goods on the same route, such as picking up packaging boxes when returning from deliveries to customers, which reduces empty trips and is environmentally friendly. After six months of persistence, our fuel consumption dropped by 1.5 liters per 100 kilometers.

In my opinion, technological upgrades are the real deal. Last year, we replaced all fifteen old vehicles with new turbocharged models, boosting engine efficiency by 20% alone. Installing urea catalytic systems on all diesel vehicles made the exhaust cleaner and saved 5% on fuel. The new energy-saving tires we're testing now have 30% lower rolling resistance than regular tires. The most impressive are the hybrid models—electric start for city deliveries means zero fuel consumption, and the engine automatically switches to optimal RPM when the AC is on. We also experimented with solar panel roofs, which reduce generator load by 10% on sunny days. I recommend starting with the most fuel-guzzling vehicles first—the results are immediate.

Energy efficiency starts with the young! Our fleet once held safe driving training sessions, teaching young drivers to anticipate road conditions and brake less, maintaining a steady speed which saves 15% more fuel compared to veteran drivers' erratic speeding up and slowing down. New regulations require checking the vehicle's load before departure and removing unnecessary tools from the trunk. The air conditioning temperature is uniformly set at 24°C to prevent anyone from setting it too low for comfort. Night transports require headlight efficiency checks beforehand, as dim lights can unconsciously lead to slower speeds and increased fuel consumption. Quarterly awards for the most fuel-efficient drivers, with gas cards for the top savers, have now made everyone voluntarily turn off engines at red lights.

We've tried several clean energy solutions with great results: Electric vehicles go without saying, with home charging stations costing only 0.3 yuan per kWh during off-peak hours. LNG trucks save 40% on fuel costs, and the gas station network is becoming increasingly well-developed. The biggest surprise is biodiesel, made from recycled cooking oil, with no black smoke at all from the tailpipe. The new plug-in hybrid light truck we bought is incredibly efficient, running 80 km on a full charge with seamless engine start-stop transitions. It's recommended to test new energy vehicles on small-scale transport routes first; charging station investments can pay for themselves in just six months. The key is that using these vehicles also qualifies for government energy-saving subsidies, making them much more cost-effective than spending big money on repairing old vehicles.


