Optimal-Mix-Model Structure as an Alternative Methodological Structure for the Nigerian Energy Calculator 2050 (NECAL2050)

A. Khaleel, Milindo Chakrabarti
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Abstract

Energy supply is majorly determined by the model adopted in a particular economy, which captures the basic features and conditions of that economy. Usually, inadequate capacity of developing countries in putting in place these energy models make them dependent on assistance from developed countries in this regard; though in most cases there are experiences of dissonance. The Nigerian Energy Calculator 2050 (NECAL2050) is one such model developed by Energy Commission of Nigeria (ECN) with technical assistance from the Department for Energy and Climate Change of the United Kingdom. This paper analyses the modelling structure of NECAL2050 and details some of the most important locally existing as well as changing conditions in Nigeria (such as agricultural demand for energy and the role of renewables) that the model fails to include. In light of this, an alternative modelling structure (Optimal-Mix-Model) is proposed, which includes the missing ingredients and Nigeria's local conditions.
最优混合模型结构作为尼日利亚能源计算器2050 (NECAL2050)的替代方法结构
能源供应主要取决于某一经济体所采用的模式,该模式反映了该经济体的基本特征和条件。通常,发展中国家实施这些能源模式的能力不足,使它们在这方面依赖于发达国家的援助;尽管在大多数情况下会有不和谐的经历。尼日利亚能源计算器2050 (NECAL2050)是尼日利亚能源委员会(ECN)在英国能源和气候变化部的技术援助下开发的一个这样的模型。本文分析了NECAL2050的模型结构,并详细介绍了模型没有包括的尼日利亚一些最重要的当地存在的以及正在变化的条件(例如农业对能源的需求和可再生能源的作用)。鉴于此,提出了另一种建模结构(优化混合模型),其中包括缺失的成分和尼日利亚的当地条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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