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Energy Security and Scenario Analysis of Province One of Federal Democratic Republic of Nepal

机译:省尼泊尔联邦民主共和国之一的能源安全与情景分析

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This paper presents the current energy security status of the Province One of Federal Democratic Republic Nepal using numerous indicators. In addition to that, with the development of five economic growth scenarios i.e. Normal growth (NOR) (5.80%), Low growth (LOW) (4.20%), High growth (HIG) (6.80%), Accelerated growth (ACC) (8.50%), and Intervention scenario (INT) on Normal growth scenario (NOR), the future energy mix and energy security indicators for the year 2040 are also calculated. The thesis also gives an overview of the variation/progress of the different indicators during the considered period of study (2017-2040). On the basis of compilation of data published by Water and Energy Commission Secretariat (WECS) and use of model developed in Long Range Energy Alternative Planning (LEAP), the study shows the increase in demand of the final energy consumption of province in Normal growth scenario to 101.8 million GJ at 2040 from 80.2 million GJ at 2017, whereby residential sector being the largest energy consuming sector with share of 68% in the total energy mix. However, the energy consumption increases to only 86.8 million GJ at the end year in the Intervention scenario. Similarly, the electricity consumption/demand increases by 120% and 390% in the normal and intervention economic growth scenario respectively. The study also shows that the, energy intensity in the intervention scenario is brought down to 4.44 GJ/USD1000 compared to that of 15 GJ/USD1000 in the base year. Also, the electricity consumption per capita is increased to 574 kWh from 116 kWh in the base year in INT scenario. Moreover, the GHG emission in the normal growth scenario at the end year will be 592.8 kg/Capita i.e. 59.5% increase from the base year. However, with the intervention scenario adopted, the GHG emission can be limited to only 385.2 kg/Capita in the end year, which is 8% increase from the base year value of 371.8 kg/Capita. However, these values are only achieved if the provincial government helps implementing federal government's plan of promoting the renewable energy systems and technologies instead of traditional fuel woods and fossil fuels system.
机译:本文介绍了省内联邦民主共和国尼泊尔之一的当前能源安全状况,使用众多指标。除此之外,随着五种经济增长情景的发展,即正常生长(也不)(5.80%),低生长(低)(4.20%),高生长(HIG)(6.80%),加速增长(ACC)(还计算了正常增长方案(NOR),对2040年的未来能源混合和能源安全指标进行干预情景(INT)。本文还概述了不同指标在考虑的研究期间的变化/进展(2017-2040)。根据水和能源委员会秘书处(WECS)发表的数据汇编,并在长期能源替代计划中使用模型(LEAM),研究表明,在正常增长场景中省省最终能源消耗需求增加2017年2040万GJ的10180万GJ,居民部门是最大的能源消费部门,总能源混合占68%。然而,在干预情景的结束年度,能源消耗仅增加了8680万GJ。同样,在正常和干预经济增长场景中,电力消耗/需求增加了120%和390%。该研究还表明,与基准年的15 GJ / USD1000相比,干预情景中的能量强度降至4.44 GJ / USD1000。此外,人均的电力消耗量在int情景中的116千瓦时增加到574千瓦时。此外,最终年度正常增长情景的温室气体排放将是592.8千克/人均,基准年增长率为59.5%。然而,通过采用的干预情景,GHG排放可以在最终年度仅限于385.2公斤/冠甲,其基准年增长率为371.8千克/人均增长8%。然而,只有省政府有助于实施联邦政府促进可再生能源系统和技术而不是传统燃料树木和化石燃料系统的计划,才能实现这些价值。

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