Cleaning and heating project business model feasibility and optimization analysis method and system

Abstract

The invention relates to a cleaning and heating project business mode feasibility and optimization analysis method and system, and belongs to the technical field of heating. The cleaning and heating project business mode feasibility and optimization analysis method comprises the following steps: analyzing responsibility and benefit concern points participating in a subject in a clean heating project, and determining financial evaluation parameters most related to the benefit as basic data for financial index calculation; analyzing participation subjects of the clean heating projects in three modes of EMC, PPP and BOT, and selecting the investment cost and the net present value as financial indexes; taking the maximum net present value of the whole life cycle of the project as a target to analyze the economy of each party under different modes as a selection basis of a business mode; and taking the investment proportion of each participant as a variable parameter to set a plurality of optional schemes in different modes, and calculating a net present value and comparing the schemes to obtain an optimal scheme of the model. By combining the characteristics of a commercial mode, the cleaning and heating project business mode feasibility and optimization analysis method provides a preferable commercial mode, provides a scientific basis for a clean heating project by adopting a novel commercial mode, and can effectively promote the innovative work of the business mode in the clean heating project.

Description

technical field [0001] The invention relates to a feasibility and optimization analysis method and system for a clean heating project business model, belonging to the technical field of heating. Background technique [0002] Promoting clean heating in winter in the northern region is an important part of promoting the revolution in energy production and consumption and the revolution in rural lifestyles, and is an inevitable requirement for accelerating the construction of a beautiful China. Based on the mission of "one guarantee and two services", the northern Hebei region actively responded to the implementation of relevant national requirements, vigorously promoted the construction of supporting power grids for coal-to-electricity conversion, and was committed to strengthening power supply services to ensure that the coal-to-electricity people have a warm winter, and strive to improve the power grid in the Beijing-Tianjin-Hebei region. Atmospheric environmental quality. ...

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Problems solved by technology

[0004] The technical problem to be solved by the feasibility and optimization analysis method of the clean heating project business model disclosed in the present invention is: to improve the feasibility analysis and optimization analysis efficiency of the clean heating project business model, through the feasibility analysis and optimization analysis of the clean heating project business model, Obtain the optimal business model of the clean heating project and implement the business model of the clean heating project, thereby greatly reducing the cost of the clean heating project, especially the initial investment cost or operating cost of the electric heating user, and alleviating the government subsidy pressure and the investment pressure of the enterprise

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