INTELLIGENT BUILDING MONITORING AND MANAGEMENT SYSTEM «ARIANT»

Ihor Cherneshchuk, Halyna Cherkashyna
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Abstract

The speed of development of technologies of automated systems determines regular updating, creation of new technical solutions in this field, the niche of home automation is no exception. The implementation of "smart" building monitoring and management systems is designed to ensure an increase in the level of energy efficiency of processes related to energy consumption, as well as the comfort and safety of these processes. Many variants of such systems are offered on the market [1,2,3]. Today, there are state documents that regulate the design, installation and operation of the relevant systems[4]. But the problems of the criteria for choosing the layout and functions of the system, understanding and correct use of its capabilities are extremely acute and open. In addition, the question of the influence of the operation of the automated system of a separate building on the characteristics of the external energy supply remains open. After all, the deterioration of external conditions will lead to an increase in losses during the delivery of an energy resource, accordingly, an increase in the tariff for the delivery of the corresponding resource.
智能楼宇监控管理系统“变种”
自动化系统技术的发展速度决定了该领域定期更新,创造新的技术解决方案,家庭自动化的利基也不例外。实施“智能”建筑监控和管理系统的目的是确保提高与能源消耗有关的过程的能源效率水平,以及这些过程的舒适性和安全性。市场上提供了许多这种系统的变体[1,2,3]。如今,已有国家文件对相关系统的设计、安装和运行进行了规范[4]。但在系统布局和功能的选择标准、对其功能的认识和正确使用等方面的问题是极其尖锐和开放的。此外,独立建筑自动化系统的运行对外部能源供应特性的影响问题仍未解决。毕竟,外部条件的恶化会导致能源输送过程中的损失增加,相应地,相应资源输送的关税也会增加。
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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