Understanding and Controlling the Environmental Quality in Museums through IoT: An International Research and Practice Collaboration to Support Museums in the Implementation of Climate Action

E. Badea, C. Carșote, C. Balaceanu, O. Orza, Sabina Bosoc, Robert Streche, G. Suciu, Zóra Barta, Valéria Tálai, Zsolt Viniczay
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Abstract

MUSEION project aims at developing an integrated IoT based platform for the sustainable management of environmental control and adaptation to climate change of museum collections. The MUSEION solution will thus provide the optimization of resources such costs, energy, staff workload, while contributing to carbon footprint reduction. This solution is a replicable IoT-based system, which will solve the problems of real objects in real conditions (sustainable environmental control and adaptation to climate change). It will consider the main components of the museum system that influence its optimal climate (i.e, museum itself, artworks and visitors) and will continuously monitor and allow visualization of environmental and air quality markers. The monitoring reports will be elaborated by a software designed to real-time calculate the overall Indoor Air Quality (IAQ) Index. The main advantage provided by the MUSEION system consist in the simultaneous monitoring and evaluation of the environment quality and its impact on various artefacts in various conservation condition.
通过物联网了解和控制博物馆环境质量:支持博物馆实施气候行动的国际研究与实践合作
MUSEION项目旨在开发一个基于物联网的综合平台,用于博物馆藏品的环境控制和适应气候变化的可持续管理。因此,MUSEION解决方案将优化成本、能源、员工工作量等资源,同时有助于减少碳足迹。该解决方案是一个可复制的基于物联网的系统,它将解决真实条件下真实物体的问题(可持续环境控制和适应气候变化)。它将考虑影响其最佳气候的博物馆系统的主要组成部分(即博物馆本身,艺术品和游客),并将持续监测并允许环境和空气质量标记的可视化。监测报告将由一个实时计算整体室内空气质量指数的软件详细编制。MUSEION系统提供的主要优势在于同时监测和评估环境质量及其对各种保存条件下的各种人工制品的影响。
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