
Fuel consumption = (Standard value - Actual value) * Actual production volume. If an enterprise meets the standard, it will generate positive fuel consumption credits; if it fails to meet the standard, it will generate negative fuel consumption credits. Positive fuel consumption credits can be carried forward and transferred among affiliated enterprises. Positive new energy vehicle credits can be freely traded but cannot be carried forward. Negative fuel consumption credits and negative new energy credits must be offset and balanced within the year the report is issued, meaning negative credits generated in the previous year must be offset to zero in the current year. Below is an introduction to the credits: 1. Obtaining fuel consumption credits: Only with an excellent engine + top-tier dual-clutch transmission + widespread mild hybrid system can fuel consumption credits be achieved. 2. Dual credits: A 4% share of new energy vehicles can meet the new energy credit requirement, while an 80% share of mild hybrids is needed to meet the fuel consumption credit requirement.

I remember when I first started driving, I heard about fuel consumption points. Basically, it refers to tracking your fuel consumption data through tools or systems while driving and then assigning you a score. For example, an app records each refueling amount and mileage, calculates the average fuel consumption, and the system assigns a point value based on your performance. A higher score means you're driving more fuel-efficiently, and you might get small rewards like discount coupons. I tried it a few times and found it quite interesting: it made me more mindful of my driving habits—less sudden acceleration and more steady-speed driving. Over time, it not only saves money but also reduces wear and emissions. Although it's not mandatory, it’s very helpful for ordinary drivers to develop good habits. The app also lets you view historical data, analyze which routes are the most fuel-efficient, and make improvements for the future.

The concept of fuel consumption credits is quite pivotal in the automotive industry. From my understanding, it often refers to a component of China's dual- policy, known as Corporate Average Fuel Consumption (CAFC) credits. Simply put, each vehicle produced by automakers has a fuel consumption benchmark—meeting it earns positive credits, while failing results in negative credits. Companies with overall credit deficits may face penalties or need to purchase credits from others. This system drives industry innovation, encouraging automakers to develop more new energy vehicles and efficient engines. For consumers, it means more energy-efficient vehicles in the market, and comparing brands' credit performance can help select economical models. The policy is meticulously designed to incentivize technological progress while maintaining fair competition.

I always feel that fuel consumption points are not just a numbers game, but also contribute to environmental protection. From a personal driving perspective, the points system helps you monitor the fuel consumption value of each trip through an APP and then scores it. A high score means smoother operations like maintaining a constant speed or reducing idle time, which lowers fuel consumption and exhaust emissions. I've participated in community activities with a similar points-for-prizes mechanism, encouraging everyone to use cruise control more often or plan shorter routes. Accumulating good points over time not only saves money but also helps the planet a little. Although the impact may seem small, if everyone does their part, urban air quality can improve significantly. Remember to check tire pressure and maintain your engine regularly, as these can easily boost your points.

Fuel consumption points can directly impact economic costs. With years of driving experience, I deeply understand: by using tools to track fuel consumption data and earning points, these points can be exchanged for benefits like fuel discounts or rebates, directly saving money. For example, an APP analyzes my fuel consumption, and when points are high, it reminds me to drive efficiently, avoiding fuel-wasting habits like frequent speed changes. The new car market is also involved: automakers with favorable point policies offer more affordable car prices, making consumers prioritize brands with high fuel-saving points when purchasing. Overall, it's an incentive mechanism that reduces waste and optimizes consumer choices, allowing individuals to save small amounts monthly. In practice, maintaining light loads or using eco-driving modes can also steadily accumulate points.

From a technical operation perspective, fuel consumption score calculation is quite intricate. I've used onboard diagnostic equipment for this: the system calculates real-time fuel consumption per 100 kilometers based on sensor data like engine RPM and vehicle speed, then converts it into a score value. A higher score indicates more economical driving, with the algorithm considering both instantaneous fuel consumption and average efficiency. The scoring system can also integrate GPS to optimize routes for reduced fuel consumption, with AI analyzing data to refine methods. I find it quite engaging, especially after installing third-party hardware that provides detailed charts showing areas for improvement. While somewhat complex initially, with gradual exploration it becomes easy to improve scores and cultivate better driving habits.


