Design of zero energy consumption home system in Bangkok for energy efficient plan 2015

Nidchabendha Chandanachulaka, W. Khan-ngern
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Abstract

This paper focuses on the design of zero energy consumption for small building system that can support the government energy efficiency plan (EEP 2015). The design suits for small residential home in Bangkok that the energy consumption is up to 1,500 Wh/day. This paper designs the off-grid photovoltaic (PV) system which its structure consists of 3 main parts: generation, storage, and load. Experimental results can be the realtime observed via a web server. The appropriate proportion of PV energy : load energy : battery energy becomes 7:5:2 using the most PV energy collection scenario. The storage and generation ratio is 1/3.5, is tested for 38 days and sustained to serve during the ending of raining season in Thailand.
曼谷2015年节能计划零能耗家庭系统设计
本文主要研究支持政府能效计划(EEP 2015)的小型建筑零能耗系统设计。该设计适用于曼谷的小型住宅,其能耗高达1,500 Wh/天。本文设计了一种离网光伏发电系统,其结构主要由发电、储能和负载三部分组成。实验结果可以通过web服务器实时观察。在PV能量收集最多的场景下,PV能量:负载能量:电池能量的合适比例为7:5:2。蓄发比为1/3.5,试验38天,在泰国雨季结束时持续服务。
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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