马其顿电力供应的长期规划

A. Chaushevski, Sofija Nikolova-Poceva
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引用次数: 0

摘要

本文提出了扩大马其顿电力供应系统的备选方案。MESSAGE工具用于系统建模,用于开发场景,分析成本最优的能源路径,并确定最佳的发电技术组合。2020-2050年期间的计算是以5年为间隔进行的。开发了两个场景:场景1 - BAU(照常营业)场景,其中当前的能源结构占主导地位,趋势与当前的发展类似。电力需求主要由燃煤火力发电厂、燃气火力发电厂、水力发电厂和可再生能源发电厂来满足。情景2——绿色情景,以小型模块化反应堆为代表的燃气热电厂和核电为基本负荷技术,同时也被迫集中建设可再生能源的生产能力。通过进一步分析,得出在区间内新建设施的灵活性可能性、经济指标以及对环境的适当影响。为了对某一特定技术进行经济分析,计算项目标准参数,如:净现值、效益成本比、投资回收期和内部收益率。从二氧化碳排放的角度分析了环境影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Long Term Planning of Macedonian Electricity Supply
In the paper alternatives for expansion of the Macedonian electricity supply system are presented. MESSAGE tool is used for modelling the system, for developing the scenarios, to analyse cost optimal energy pathways and to determine the optimal electricity generation technology mix. The calculations for the period 2020-2050 are made in a 5-year interval. Two scenarios are developed: Scenario 1 – BAU (Business as Usual) scenario, where the current energy structure prevailed, with trends like the current development. The electricity demand is satisfied by coal-fired thermal power plants, gas-fired thermal power plants, hydro power plants and renewable power plants. Scenario 2 – Green scenario, where gas-fired thermal power plants and nuclear power representative with small modular reactors are base load technologies, and also intensive construction of production capacities on renewable energy sources is forced. By making further analysis, the possibility of flexibility in the construction of new facilities within the interval, economic indicators, and appropriate impact on the environment are obtained. In order to make an economic analysis for a particular technology, calculations are made for parameters that are standard for projects, such as: net present value, benefit – cost ratio, payback period and internal rate of return. The environmental impact is analysed of aspect of CO2 emissions.
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