Analysis of Devices for Autonomous Continuous Monitoring, Alerting and Elimination of Dangerous Gas Levels in Battery Rooms

Proceedings of Petersburg Transport University Pub Date : 2023-12-17 DOI:10.20295/1815-588x-2023-4-999-1003

A. Agunov, Il'ya Terehin, Danil Fesak, E. Abishov, I. Baranov

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Abstract

Purpose: To analyze the existing devices for autonomous continuous monitoring, alerting and elimination of dangerous gas level in the room. To analyze and form a proposal of a device for autonomous monitoring of gas level concentration in a battery room. Methods: Search and study of the patents for devices of autonomous continuous monitoring, alerting and elimination of dangerous gas level in the room, comparing the characteristics and working principles of these devices. Review of relevant articles and developments. Results: The paper presents an analysis of existing devices for autonomous continuous monitoring, alerting and elimination of hazardous indoor gas levels, along with comments on the shortcomings of existing devices. A proposal for a new monitoring device, developed and substantiated, is provided in the paper. Practical significance: The analysis conducted has revealed the necessity of creating a new device for autonomous continuous monitoring, alerting, and elimination of hazardous gas levels in battery rooms due to the imperfections and unsuitability of existing devices for battery rooms.

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电池室危险气体浓度的自主连续监测、警报和消除设备分析

目的：分析现有的自主连续监测、警报和消除室内危险气体浓度的装置。分析并提出自主监测电池室气体浓度的设备建议。方法：搜索和研究室内危险气体浓度自主连续监测、警报和消除装置的专利，比较这些装置的特点和工作原理。查阅相关文章和发展动态。结果：本文分析了现有的自主连续监测、警报和消除室内危险气体含量的装置，并对现有装置的不足之处提出了意见。文中提出了一种新监测设备的建议，并对其进行了开发和论证。实际意义：通过分析发现，由于现有设备不完善且不适合电池房，因此有必要开发一种新设备，用于自主连续监测、报警和消除电池房中的有害气体含量。

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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Proceedings of Petersburg Transport University

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