New Zealand Energy Demand And Supply

Author : Johnny Ch LOK
Publisher : Independently Published
ISBN 13 :
Total Pages : 558 pages
Book Rating : 4.6/5 (95 download)

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Download or read book Pollution Influences Fuel Price Raises written by Johnny Ch LOK and published by Independently Published. This book was released on 2020-10-08 with total page 558 pages. Available in PDF, EPUB and Kindle. Book excerpt: ⦁Does season factor influence New Zealand householders' energy consumption behaviors at homes?Secondly, for New Zealand householders energy consumption habits at homes , for example, their living quality needs are general comfortable need feeling. Their countries' houses of space heating was found to average 34% of total householder energy use. The relation to space heating includes low indirect temperature are associated with persistent under-heating , whether some space heating sources tend to be higher or lower in winter indoor temperature than others and winter indoor temperatures are compared to international benchmarks and established healthy temperature ranges. So, New Zealand occupant's perceptions of winter indoor temperature conditions are presented and explored in relation to heating patterns and household energy consumption. So, it seems that NZ winter temperature is low. Moreover, it will influence householders need to turn on heaters to keep more warmer feeling indoor. Then, they will use more electricity energy. In special, if the householders' houses spaces are large sizes . Hence, their heaters need long time to keep whole houses' areas or spaces or rooms temperature to be risen up in order to let they do not feel very cold in winter. So, NZ's winter extreme cold weather will influence householders' energy use or consumption to be increased in winter.The electricity efficiency to every NZ householder is very high in winter to compare spring, summer, autumn seasons. Hence, if NZ electricity suppliers expected to forecast electricity consumption more accurate in NZ. In order to ease the life for both electric net designers and electricity suppliers, it was decided to find out, how the NZ weather conditions and every householder's house space size factors to influence the power consumption to NZ householders. If there is a clear trend observed , then this relation can be used for power consumption forecasts to NZ householders.Why does NZ weather condition factor and householder's house space size factor can predict householders' electricity consumption at homes. Due to geographic location on the global the lowest south sets specific conditions for weather, such as NZ's south island geographic location is near to south ocean in our earth. It is a country where average annual temperatures are well between 10 degree to below 10 degree at NZ south island special geographic location to near to the South ocean in our earth at the same time.However, large part of mankind is living in the conditions where there are four different seasons in NZ geographic location, dark winter, which is cold and snowy, spring with rising temperature and high precipitation, sunny , dry and rather hot summer, and windy and wet autumn. These conditions lead to different patterns in electric appliances use in NZ householders, in special, in NZ south island householders. If trends in electric energy use have substantial correlation with weather conditions, this can help NZ electric energy suppliers and producers to forecast electricity consumption and thus organize and manage production of electric energy.Consequently, it will lead to much more stability in energy supply to NZ every householder. For example, when the NZ energy supplier gathers data concerns every householder's house space size data, e.g. the house has how many sleeping rooms, toilets, bath rooms, eating rooms and reading rooms number, even the house has how many family members are living in every NZ geographical location. Then if it can follow different location of NZ houses spaces sizes whether they are large or small space size as well as whether every house has how many family members are living to evaluate whether how much electricity efficiency can satisfy their comfortable living needs in winter. Then, it can evaluate whether they will use how much electricity efficiency for their needs in different seasons.