How to calculate several oils: Analysis of popular topics and structured analysis of the entire network
Recently, "several oils" have become a hot topic on social platforms, especially related to fuel consumption calculations and the comparison of new energy vehicles' costs. This article will combine the hot topics of the entire network in the past 10 days, analyze the calculation method of "several oils" through structured data, and provide practical case analysis.
1. What is "how many oils"?
"Several oil" is a popular saying among the people about vehicle fuel consumption, usually referring to "how many liters of gasoline consumed per 100 kilometers." For example, "6 oils" means that the fuel consumption per 100 kilometers is 6 liters.
| the term | meaning | Calculation formula |
|---|---|---|
| A few oils | Fuel consumption per 100 kilometers (liters) | Refueling volume (liters) ÷ mileage (km) × 100 |
2. Fuel consumption calculation cases hotly discussed across the Internet
According to data from platforms such as Weibo and Douyin, the fuel consumption of the three most popular models in recent times is as follows:
| Car model | Average fuel consumption (L/100km) | Hot topics |
|---|---|---|
| Compact SUV | 7.2-8.5 | Comparison of hybrid and fuel version |
| New energy plug-in hybrid vehicle | 1.8-2.5 (power loss status) | The difference between actual fuel consumption and nominal |
| Traditional fuel car | 6.0-7.0 | 92# and 95# gasoline economy |
3. Step-by-step calculation demonstration
Take the actual test data of Douyin user @用 Lao Wang as an example:
| step | data | illustrate |
|---|---|---|
| 1.Fill the fuel tank | 42.3 liters | The oil gun automatically jumps and stops |
| 2. Mileage | 587 km | Urban expressways account for 60% |
| 3. Calculation results | 7.2 oils | 42.3÷587×100≈7.2L/100km |
4. Five key factors affecting fuel consumption (recent hot search terms)
Combining Baidu Index and WeChat Index, the fastest growing conjunction of search volume this week:
| Ranking | factor | Amplitude of influence |
|---|---|---|
| 1 | Use of air conditioning | Increase 10-15% |
| 2 | Abnormal tire pressure | Increase 5-8% |
| 3 | Rapid acceleration/brake | Increase by 20-30% |
| 4 | Trunk load | Increase 2% per 50kg |
| 5 | Engine oil viscosity | The difference can reach 5% |
5. How to convert "how many oils" to new energy vehicles
Regarding the recently hotly discussed BYD DM-i model, the actual test data of the Dachedi:
| Energy Type | Equivalent fuel consumption calculation | Cost comparison (according to 92# oil price 7.8 yuan/L) |
|---|---|---|
| Pure Electric Mode | 16kWh≈1.8L oil | 0.25 yuan/km vs 0.56 yuan/km |
| Hybrid mode | 4.3L/100km | 0.34 yuan/km |
6. Practical suggestions (from high-frequency suggestions from automobile bloggers)
1.Golden Footwork Training: Keep the engine speed in the most economical range of 2000-2500 rpm
2.Regular maintenance: The air filter element is blocked and will increase fuel consumption by more than 15%
3.Mobile APP Assistance: Bear oil consumption and other tools can automatically calculate long-term data
Through the above structured analysis, it can be seen that the calculation of "several oils" is not only a simple mathematical problem, but also needs to be combined with comprehensive factors such as vehicle status and driving habits. It is recommended that car owners systematically calculate once a quarter and adjust their driving strategies based on the latest oil price dynamics.
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