The paper introduce the four stages of technical development on air cooling, discuss its technical advance in finish stage in large electric power plant.

Based on pseudo static test, seismic behavior of the RC shear wall with boundary columns in the large capacity power plant’s main factory building has been studied.

C shear wall with frame column is discussed through model experimentations and finite element methods in this paper, after taking frame-shear wall structure of a main factory building of the large capacity power plant as experimentative prototype.

Applying diking method with underwater burst treated soft base to large thermal power plants;

In order to realize simulated seismic test of large complex steel braced-frame structure at shaking table,regarded main plant structure of some active service large thermal power plant as prototype and according to equivalent principle of structural static and dynamic property,the whole large scale shaking table test model was designed and made.

Arrays of large thermal power plants with high parameter are being built after the construction of the model thermal power plant in 2000.

The main buildings in large-scale thermal power plants are a sort of important lifeline engineering, and should have better seismic behavior.

With the development of economy, one hand, the single pc capacity of power plants are increasing; the other hand, the main buildings in large-scale thermal power plants are a sort of important engineering, and should have better seismic behavior.

This study aims at theoretical research and engineering development for on-line monitoring of thermal economical performance of large-scale coal-fired power unit.

This study aims at theoretical research and engineering development for on-line monitoring and diagnosis of thermal economical performance of large-scale coal-fired power unit.