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Thermal Economic Research on the Integrating System of Combining Regenerative System in Power Plant with Solar Energy

Author: GuoZhongDe
Tutor: ZhangShuFang
School: North China Electric Power University
Course: Thermal Power Engineering
Keywords: Solar Coal-fired units Given the heat equivalent heat drop Thermal Economy Matrix equation
CLC: TM615
Type: Master's thesis
Year: 2011
Downloads: 61
Quote: 0
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Abstract


Energy conservation is the inevitable choice for building a resource -saving and environment-friendly society . The thermal power plant 's energy-saving task of great significance as the country's coal guzzler . Integrated power generation system of solar thermal power plants is the introduction of solar power generation system consisting of conventional coal-fired generator sets offer new avenues for energy conservation and solar thermal power units large-scale use . Comparative analysis of the different types of solar collectors and solar thermal power plant integrated operation mode that choose to make use of parabolic trough collectors to collect solar radiation is most reasonable , and solar thermal power plants back to the integration of thermal systems more feasible , so as to determine that the integrated system as the research object . Accordance with the constant heat of the pure coal-fired units , the first in-depth study from the simple to the complex analysis of ideas equivalent heat drop theory , rigorous mathematical deduction , derivation of a general matrix auxiliary steam acting loss given heat condition , simple coal-fired units given the heat equivalent heat drop matrix equation and improve the theoretical system given the heat equivalent heat drop . On this basis , an application based on the given heat equivalent heat drop method of analysis of the matrix equation , given the heat build integrated systems equivalent heat drop matrix equation , the matrix equation contains all the information of the integrated system , and system integration structure a corresponding strong versatility and regularity , suitable for computer programming computing and general-purpose computing software development , so as to complete the integration of solar thermal power plants regenerative system thermal economic analysis . A 600MW reheat unit , for example, in conjunction with each analysis is given corresponding example analysis and calculation results verify the correctness of the matrix equation .

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CLC: > Industrial Technology > Electrotechnical > Power generation, power plants > Variety of power generation > Solar power
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