Assessment of Energy Savings through Technological Innovation: A case Study for Residential Sector of Pakistan

2019 4th International Conference on Emerging Trends in Engineering, Sciences and Technology (ICEEST) Pub Date : 2019-12-01 DOI:10.1109/ICEEST48626.2019.8981703

F. U. Haq, Waqas Awan, T. Rashid, T. Ahmed, U. Zia, M. Zulfiqar

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Abstract

Residential Sector is among the major consumers of energy especially considering the power sector. The constantly growing energy demand of this sector can be achieved under two scenarios. Either we have to increase the resource supply, or we start producing comparatively more efficient devices. This study assesses the energy savings obtained through technological advancements in residential sector of Pakistan through utilization of Solar Fans. Long Range Energy Alternative Planning (LEAP) model is used to forecast the energy outlook of this sector in 2040 under different scenarios. A complete feasibility study has been performed depicting both the energy savings and economic considerations. Results obtained from the model depicts that Solar fans can attain a penetration level of 30% by 2040. This will consequently result in energy savings of about 5000 GWh even after regular growth in consumption of residential sector due to demand drivers.

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通过技术创新进行节能评估:以巴基斯坦住宅部门为例

住宅部门是能源的主要消费者之一，特别是考虑到电力部门。该部门不断增长的能源需求可以在两种情况下实现。要么我们必须增加资源供给，要么我们开始生产相对高效的设备。本研究评估了通过利用太阳能风扇在巴基斯坦住宅部门取得的技术进步所节省的能源。采用长期能源替代规划(Long Range Energy Alternative Planning, LEAP)模型对2040年不同情景下该行业的能源前景进行了预测。已经进行了一项完整的可行性研究，描述了节能和经济方面的考虑。从模型得到的结果显示，到2040年，太阳能风扇的渗透率可以达到30%。因此，即使在需求驱动的住宅部门消费正常增长之后，这也将节省约5000吉瓦时的能源。

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2019 4th International Conference on Emerging Trends in Engineering, Sciences and Technology (ICEEST)

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