How to design environmentally friendly hydraulic system? The design principle of green and environmental protection hydraulic system is to incorporate the principle of natural environment on the basis of the technical principle, cost principle and ergonomic principle commonly used in the design of traditional hydraulic system, and give priority to the principle of natural environment. Let's take a specific look at the relevant introduction in this regard.

1. High resource utilization principle:

Use less shortage or rare raw materials, try to find alternative materials, and use more waste materials, surplus materials or recycled materials as raw materials; Improve the reliability and service life of products; Try to reduce the types of materials in the products so as to facilitate the effective recovery of the products after they are discarded.

2. Zero pollution principle:

Try to use less or no toxic and harmful raw materials.

3. Principle of low energy loss:

Try to use materials with good compatibility, and do not use materials that are difficult to recycle or cannot be recycled; On the basis of ensuring the durability of the product, give the product a reasonable service life and strive to reduce the energy consumption during the use of the product.

4. Principle of progressiveness of Technology:

Optimize the product performance, establish the design idea of "small but fine" in the structural design, and save the use of resources as much as possible through the miniaturization of the product under the same performance, such as using light materials, removing redundant functions, avoiding excessive packaging, etc., to reduce the weight of the product.

Simplify the product structure and advocate the design principle of "simplicity and beauty", such as reducing the number of parts, which is not only convenient for assembly and disassembly, but also convenient for classification and treatment after scrapping; The modular design is adopted. At this time, the product is composed of various functional modules, which is not only conducive to the assembly and disassembly of the product, but also convenient for the recycling and disposal after the waste.