Study on comprehensive utilization model of rural low-carbon residential buildings in North China


Wang Lidi, Chen Yuqing, Piao Zailin and Wang Hui

Shenyang Agricultural University, P R China

: J Nucl Ene Sci Power Generat Technol

Abstract


The background of this research is that now under the dual pressure of the energy crisis and environmental pollution, how to effectively improve the accommodation of the farmers? The double insulation and energy saving residential building wall technology and carbon fiber heating technology were integrated. The heating mechanism of new carbon fiber electric heating soft board was explored. On the basis of the study of the electrical and thermal properties of carbon fiber electric heating soft board, the performance of carbon fiber electric heating soft board used in the low temperature floor radiant heating system in North China in the new energy demonstration room of Shenyang Agricultural University was studied. A kind of system for solar energy water heater and heat storage is provided. It is realized that it is the heating mode of rural low carbon environmental protection. On this basis of the heating and cooling, control equation and the heat balance equation for the floor surface were set up. The influence of temperature fluctuation characteristics of a certain power of Carbon Fiber Electric Heating Soft Board, on which the temperature fluctuation of temperature control room is analyzed. Through the study of the analysis and simulation test of the power quality disturbance in the household wind-photovoltaic complementary power generation system, the technical support can be provided for further disturbance suppression and regulation for the household wind-photovoltaic complementary power generation system. In the distributed power with grid-connected performance analysis, the evaluation model of social cost and benefit of power supply enterprises is provided. Examples of Wiring Modes of Rural Low - carbon Residential Photovoltaic Power Supply is shown in Figure 1. Construction of demonstration project is completed, currently accumulated demonstration households is 2418 square meters.

Biography


Email: wanglidi@163.com

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