Design of Temperature Measured Terminal with GPRS in the Central Heating Room and Research of the Charging Method by Indoor Temperature Measured

Author:

Zhang Wan Jiang1,Yang Guang1,Zhang Ying1,He Kai1

Affiliation:

1. Shenyang Jianzhu University

Abstract

The paper explores a new method of the heating measurement and charging in the central heating system. The method is different from mechanical heat metering and ultrasonic heat metering existing now. However, by measuring the indoor temperature and recording the temperature periodically during the heating period, and upload the data which are measured and stored in the terminal periodically to the Internet serve by GPRS. It can adjust the charging according to the actual indoor temperature which is transmitted by the terminal. Finally not only can the system meet the requirements of the users in the heating period, but also achieve the building energy efficiency. Adhere to people-oriented principle. Make the service of heating become more and more humanized.

Publisher

Trans Tech Publications, Ltd.

Subject

General Engineering

Reference8 articles.

1. GUO Tian-xiang, New Concept MCS-51 C language Course, PUBLISHING HOUSE of ELECTRONICS INDUSTRY, (2009).

2. LI Guo-bin, CUI Hong. LI Yang, Discussion on several problems during implementing warm heating meterage, SHANXI ARCHITECTURE, Taiyuan, 2007, 33(21), PP: 185-186.

3. LI Rui, HAO Xue-jun, GUO Quan YANG Hui, The Situation of charging per heat in European countries and some relative thinking, CHINA HOUSING FACILITIES, 2004, (5), PP: 15-18.

4. LIN Ze, HAO Bin, QI Ren-guang, The Comparison of indoor heat metering methods and the research on economic benefit, DISTRICT HEATING, 2009, (6), PP: 37-42.

5. TU Feng-xiang, XU Zong-wei, WANG You-lan and FANG Xiu-mu. Report of residential heat metering and charging situation in Poland and Denmark, HEATING, VENTILATING & AIR CONDITIONING, 2000, 30(1), PP: 25-28.

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