Case Study For The Effect Of Temperature Changes Towards Electricity Consumption In FTK Using Statistical Approach

Nor Hamdan, Siti Nadzirah (2016) Case Study For The Effect Of Temperature Changes Towards Electricity Consumption In FTK Using Statistical Approach. Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

Climate change is one of the factors that effects on electricity consumption behavior and changes in load of the network. Flexible temperature response functions are estimated by climate zone, which allows in different temperature changes on electricity consumption. The impact of temperature changes is one of the factors that effect on electricity consumption behavior and changes in load of the network. Temperature is the most important factor because the use of heating and cooling devices in large scale. Cross-sectional FTK data and daily weather data are obtained by taking the temperature readings and the kilowatt meter readings in areas FTK. This study focus on the impacts of the temperature changes resulting from climate change on the electricity consumption in FTK. For Factory 1, the correlation value is 0.536, for Factory 2, the correlation value is 0.323, and for Factory 3, the correlation value is 0.663. This value shows that there is a relationship between temperature and electricity consumption. By proving using hypothesis testing, it prove that at 5% significance level. There is a relationship between temperature and electricity consumption. Hence, the climate change can effect the energy consumption. This relationship is described by saying that the temperature are positively correlated to the electricity consumption.

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