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臺灣能源期刊論文全文

臺灣能源期刊第7卷第2期內容

出刊日期:June, 2020

題目
居家智慧環控風扇設計與熱舒適度調節效能評估
Title
Smart DC Fan Design and Evaluation Based on Thermal Comfort
作者
吳孝原、劉芳聿、胡志堅
Authors
Hsiao-Yuan Wu, Fang-Yu Liu, Chih-Chien Hu
摘要
近年來許多研究趨向於採用物聯網技術整合於智慧家庭的系統,試圖產出多樣性的智慧家庭設備或服務以提升居家用戶的便捷性、舒適性、抑或是降低其能源成本。然而,同時考量居家熱舒適與個人化溫熱調節的技術或產品卻鮮少被提出。本研究建置一智慧環控風扇,整合輻射溫度感測器、空氣溫度感測器、以及相對濕度感測器等元件,並嵌入個人化熱舒適控制演算機制與無線通訊模組。所提出的系統可以藉由紅外線控制信號無縫整合控制家用空調系統以調節舒適與節能的最適化個人溫熱居家環境。根據夏季及冬季個人化熱舒適環境控制實驗結果,顯示本研究提出之智慧環控風扇對於改善個人化熱舒適環境具有顯著效果,同時亦可依需求應用於多種居家生活情境。
關鍵字
熱舒適,控制系統,智慧家庭,熱舒適指標
Abatract
In recent years, many applications have intended to integrate Internet of Things technology into smart home systems, trying to produce a variety of smart home devices or services to enhance the convenience and comfort of home users, and improve energy efficiency. However, studies and applications that consider both human thermal comfort and personalized thermal comfort controls are rarely proposed. In this study, a control system is built, which integrates a radiation temperature sensor, an air temperature sensor, a relative humidity sensor, a wireless communication module, and a thermal comfort control algorithm for an application of a smart DC fan. The proposed smart DC fan can coordinate with home air conditioning system to dynamically regulate an indoor thermal comfortable environment. The results shows that the proposed smart DC fan can significantly and effectively improve the thermal comfort based on user’s varying requirements.
Keywords
Thermal comfort, Control system, Smart home, PMV