Building energy-saving engineering based on ferroelectric ceramic parameter tester.

Energy issues have always been one of the most concerned issues in the world. To solve the problem of building energy consumption, the future development of building energy-saving projects is more meaningful. This article aims to study the application of the parameter tester based on ferroelectric ceramics in building energy-saving projects. This paper proposes to use the orthogonal test method to elaborate and accurately calculate the energy-saving projects of green buildings and calculate the annual energy-saving rate and load rate of green buildings, to achieve real building energy conservation and reduce energy consumption. The comparative analysis method is used to conduct strict calculation and analysis of the four specific energy-saving systems in the enclosure structure, such as doors and windows, external wall insulation, roof, and sunshading, to more clarify the advantages and disadvantages of each component in the enclosure structure place. According to the experimental data of this article, under the premise that the energy saving rate of this article fully meets the national requirements exceeds 50%, in this model, in terms of the full life cycle cost, the cost of using the worst solution can be reduced by 614,900 yuan compared with the cost of the best solution. [ABSTRACT FROM AUTHOR]