Trade data-driven LCL/FCL strategies

T-Durability: The Trade data-driven LCL/FCL strategiesperfect combination of fuel efficiency and durability. As one of the core components of modern machinery and equipment, the superiority of the engine directly affects the performance of the whole machinery and equipment. Therefore, two important standards are set for the engine: fuel efficiency and durability. However, we often face the problem that if you want to improve fuel efficiency, you have to sacrifice durability, and if you want to enhance durability, you have to sacrifice fuel efficiency. How to find a balance between these two standards is the direction that engine manufacturers and users are constantly exploring and trying. T-Durability was born, which perfectly combines fuel efficiency and durability to promote the continuous development of engine technology.Fuel efficiency is one of the most basic properties of the engine, and it is also the focus of continuous improvement. In the current era of increasing environmental protection awareness and rising fuel prices, fuel economy is increasingly becoming one of the considerations for users when buying engines. Improving fuel economy can reduce the cost of use, reduce pollution emissions, and also give engine manufacturers an advantage in the fierce market competition. And how to increase fuel economy is a problem for engine manufacturers. The improvement methods commonly adopted are: increasing the compression ratio, using variable camshafts, improving fuel injection, using polymer materials to manufacture engine parts, etc. However, in practical applications, it is found that these ways to improve fuel economy often damage the durability of the engine. Durability is another important performance indicator of the engine. In the market competition, healthy and durable machinery and equipment are obviously more attractive to users.The production of high-quality and durable engines plays an important role in modern society. However, in the process of pursuing durability, engine manufacturers will ignore fuel economy and improve the durability of the engine in an essential way, such as increasing the reliability of parts, increasing the thickness of accessories, etc. However, these methods will inevitably affect the fuel economy of the engine. T-Durability provides a sustainable solution for the trade-off between fuel economy and durability. The core idea of T-Durability is to unify the two goals of fuel economy and durability in one solution through targeted design and optimization, so that the engine performance can be improved reasonably and efficiently. Specifically, T-Durability includes two levels of solutions, one is improvement at the material level, and the other is improvement at the design level.In terms of materials, T-Durability uses modern materials science and technology to enhance the crack resistance, heat resistance, corrosion resistance and mechanical properties of materials to improve the durability of the engine. At the same time, special attention should be paid to the lightweighting of materials to achieve the purpose of improving fuel economy. In terms of design, T-Durability believes that a reasonable engine design can improve engine performance, but the design also needs to specifically solve complex functional requirements while ensuring that the system is always in good condition. T-Durability has introduced a series of advanced technologies in engine design, such as intelligent control technology and modern simulation technology, so that fuel efficiency and durability can be balanced. In general, T-Durability brings new possibilities for the improvement of engine performance.In the future, T-Durability is expected to become a new standard for engine technology and promote the continuous development of engine technology.

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