Heating Facilities Temperature Control System in Turiba University

D. Mamchur, A. Kolodinskis
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Abstract

Abstract The paper presents results on design and implementation the monitoring system to control temperature of heating facilities in Turiba university. Key point of the project was implementation the internet of things ideas into proposed system. A design and prototyping of hardware circuits, including used sensors and hardware control and communication boards based on Raspberry PI Pico platform, is described. Developed software solution for the control board, implemented with the use of MicroPython programming language, and user interface with the use of JavaScript programming language, are presented. Results of experimental verification of developed solutions confirmed correctness of all anticipated results. Developed platform could be used for further investigation on microclimate control systems for buildings.
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图里巴大学供暖设施温度控制系统
摘要 本文介绍了图里巴大学供热设施温度控制监控系统的设计和实施成果。该项目的重点是将物联网理念应用到拟议的系统中。论文介绍了硬件电路的设计和原型制作,包括使用的传感器和基于树莓派 Pico 平台的硬件控制和通信板。介绍了使用 MicroPython 编程语言为控制板开发的软件解决方案,以及使用 JavaScript 编程语言开发的用户界面。对所开发解决方案的实验验证结果证实了所有预期结果的正确性。开发的平台可用于进一步研究建筑物的微气候控制系统。
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