Integrated living environment: Measurements in modern energy efficient smart building with implemented the functionality of telemedicine

Jablonski, Ireneusz

doi:10.1016/j.measurement.2015.11.006

Cited by 12 publications

(4 citation statements)

References 85 publications

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“… The article notes limitations in NZEB research in New Zealand: lack of evaluation methods, data scarcity, complexity, and policy gaps. It suggests integrated design and technology innovation, Jabłoński I (2017) [ 48 ] The research explores metrology's role in engineering, focusing on an energy-efficient smart building with telemedicine features. It reviews the multisensory measurement network's effectiveness for optimizing heating systems in an office building.…”

Section: Omprehensive Literature Review On Buildings Energy Systemsmentioning

confidence: 99%

Green building energy: Patents analysis and analytical hierarchy process evaluation

Alharasees,

Kale,

Rohacs

et al. 2024

Heliyon

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Section: Omprehensive Literature Review On Buildings Energy Systemsmentioning

confidence: 99%

Green building energy: Patents analysis and analytical hierarchy process evaluation

Alharasees,

Kale,

Rohacs

et al. 2024

Heliyon

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“…The optimal reachable dimension of any space contributes to the comfort and safety of the user [28][29][30]. Based on the data collection results in the previous step, a model for calculating the attainable heights of the vertical dimension for elderly people is constructed, As shown in Fig 4.…”

Section: Plos Onementioning

confidence: 99%

Elderly-friendly indoor vertical dimensional layout method based on joint mobility

et al. 2023

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Introduction The vertical dimensional arrangement of space is primarily influenced by the reachable range of human fingertips. Currently, this dimensional layout analysis concentrates solely on static body dimensions based on Farley’s principle. However, the joint mobility of the elderly population has diminished, necessitating the identification of the factors influencing the age-friendly spatial vertical dimension layout through experimentation. Methods A random sample of 62 adults and 62 elderly individuals were selected to measure the joint mobility of 8 groups with varying comfort levels. The measurement results were analyzed using an independent sample t-test with SPSS software. Results The joint mobility of the elderly group exhibited a notable difference from that of the adult group across distinct comfort gradients. A significant reduction in the range of motion of all joints in the elderly was observed. The findings suggest that the reachable range of the upper limbs of the elderly should be considered in conjunction with joint mobility. We propose a vertical dimensional layout method for residential spaces that accommodates the joint mobility of elderly users. Conclusion The joint mobility of the elderly is significantly deteriorating, and the traditional vertical spatial layout method cannot adequately support the daily life of the elderly. It is essential to integrate the joint mobility factor into the vertical dimensional layout design process. In this paper, we propose an elderly-friendly vertical spatial dimension layout method. It offers a reference for subsequent planning of elderly-friendly vertical dimension layout.

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“…Buildings are one of the major contributors to global energy consumption, therefore improving building energy efficiency has become a strategic and crucial issue. In [1,2] it was reported that roughly 40% of global energy is consumed by buildings. Particularly in [1] the authors pointed out that the difficulty in reducing this percentage lies in the gap between the energy performance predicted in the project phase and the actual energy performance measured [3].…”

Section: Introductionmentioning

confidence: 99%

“…In [2] measurement and control were extended also to health and comfort monitoring for a smart building concept. Whereas in [5] a machine learning approach was presented with the purpose of predicting the energy performance (heating load and cooling load) of residential structures.…”

Section: Introductionmentioning

confidence: 99%

Experimental validation and uncertainty analysis of an innovative IoT infrared sensor for in-situ wall thermal transmittance measurement

Serroni,

Arnesano,

Martarelli

et al. 2023

Meas. Sci. Technol.

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This paper presents the development and experimental validation of an Internet of Things (IoT) thermography system for in-situ and real-time monitoring of wall thermal transmittance. The solution proposed has been derived from the upgrade of the Comfort Eye sensor, which is an infrared-based sensor adopted for non-intrusive indoor environmental quality monitoring in occupied buildings. In this work, the system has been used to detect potential building envelope inefficiencies and track building performance trends in a continuous way. The methodology is based on the ISO 9869-2 standard but it has been applied to an entire wall and during its normal functioning without the need of operators. The data management has been performed with a dedicated IoT architecture that allows the synchronised collection of quantities required for transmittance calculation, i.e. indoor and outdoor air temperatures together with the thermographic maps of the wall. The measurement technique has been validated in a real building through the comparison with the results obtained using a heat flux meter (HFM). An uncertainty analysis with Monte Carlo simulation has also been performed to evaluate the overall uncertainty of the method. The values obtained are coherent with those measured with the HFM and the IR system has proved to be able to provide thermal transmittance measurements with an expanded uncertainty of ±0.038 W/m2K with coverage factor k=2. The innovative methodology described can be used for U-value estimation without the need for extra measuring tools.

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Integrated living environment: Measurements in modern energy efficient smart building with implemented the functionality of telemedicine

Cited by 12 publications

References 85 publications

Green building energy: Patents analysis and analytical hierarchy process evaluation

Green building energy: Patents analysis and analytical hierarchy process evaluation

Elderly-friendly indoor vertical dimensional layout method based on joint mobility

Experimental validation and uncertainty analysis of an innovative IoT infrared sensor for in-situ wall thermal transmittance measurement

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