2018 Vol.1 Dec. No.6

• Title: Temperature and energy saving control method of electric heating membrane for heating buildings with zero energy consumption in
• Name: Marcus Leopord
• Company: Goldsmiths University of London
• Abstract:

  In order to achieve the goal of energy saving and emission reduction, the temperature and energy saving control method of electric heating film for urban zero energy consumption buildings is optimized. Firstly, the heat metering and adjustment algorithm for urban zero energy consumption buildings is improved. According to the heat metering calculation results under different environments, the evaluation value of the temperature regulation grade of electric heating film for building heating is standardized, so as to carry out temperature and energy saving management for different heating temperatures and realize the research on the temperature and energy saving control of electric heating film for urban zero energy consumption buildings. Finally, the experiment proves that the temperature energy-saving control method of electric heating film for urban zero-energy building heating is more effective than the traditional method and fully meets the research requirements.

• Keyword: City; Energy Consumption; Building Heating; Electric Heating Film; Energy Conservation By Temperature;
• DOI: 10.12250/jpciams2018060114
• Citation form: Marcus Leopord.Temperature and energy saving control method of electric heating membrane for heating buildings with zero energy consumption in [J]. Computer Informatization and Mechanical System, 2018, vol. 1, pp. 15-21.

[1] Zhang Chengting, Wang Wenjuan. Research on Intelligent Temperature Control Energy Saving Computer Room Based on Internet of Things [J]. Power Grid and Clean Energy, 2017, 33(9):72-77.

[2] Li Qin, Chen Xiaochun, Ma Ji, et al. Energy Saving Analysis of Exhaust Heat Recovery in Dual Cold Source Temperature and Humidity Independent Control Air Conditioning System [J]. HVAC, 2017, 47(3):68-72.

[3] Wang Chenyu, Li Yafen, Gao Xuejin, et al. Research on Energy Saving Control Strategy of Air Conditioning Cooling Water System in Subway Station [J]. Architectural Science, 2017, 33(2):102-106.

[4] Ying Li, Wang Bo, Sui Zhanli, et al. Application of Internet of Things in Energy Saving Control of Smart Home Appliances [J]. Research on Academic Issues, 2017(1):15-20.

[5] Mu Shan. Design of Energy Saving Controller in Electric Automation Control [J]. Modern Electronic Technology, 2017, 40(24):46-48.

[6] Jiang Junqi. Design and Implementation of Energy Saving Control System for Distributed Generation Based on Embedded [J]. Modern Electronic Technology, 2017, 40(6):96-100.

[7] Shi Haimin, Yu Xiaoli, Lu Guodong, et al. Experimental Study on Energy Saving Control of Multi-Fan Cooling Module [J]. Automotive Engineering, 2017, 39(1):102-106.

[8] Wang Chenyu, Li Yafen, Gao Xuejin, et al. Research on Energy Saving Control Strategy of Air Conditioning Cooling Water System in Subway Station [J]. Architectural Science, 2017, 33(2):102-106.

[9] Zhao Jianwei. Design of Energy Saving Control System for Air Conditioning Water System of a Subway Station and Analysis of Energy Saving Test Data [J]. HVAC, 2017, 47(5):9-14.

[10] Ni Hongyan, Liao Chunbo, Zhou Qiang. Design and Application of Ground Source Heat Pump Energy Saving Control System Based on User Behavior Habits [J]. Building Technology, 2017, 48(4):434-436.