Measurement and Analysis of Thermal-Hydraulic Performance of Curved and Plate Flat Solar Air Heaters; A Comparative Study

Guellai, Fouzi; Labed, Adnane; Moummi, Noureddine; Mahboub, Chawki

doi:10.18280/i2m.180606

Cited by 4 publications

(3 citation statements)

References 14 publications

(20 reference statements)

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“…When the solar collectors are installed to the building, brackets pre-adjusted to a certain angle are fixed to the components pre-embedded into the parapet walls. In a coastal region at a latitude of 43.40°, the optimal inclination angle of the solar collector is 43.40°+10°=53.40° [11]. This optimal inclination angle may differ from the aesthetically optimal angle, and in the case of flat-plate solar collectors, the compensation area must be calculated based on the obtained data, to meet the users' requirements for hot water use [12].…”

Section: Figure 2 Building Facades With An Ascending Tendencymentioning

confidence: 99%

An Extensive Design Approach Integrating Offshore Residential Buildings and Solar Collectors

Wang¹,

Ma²,

Hong³

et al. 2021

IJHT

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Utilization of energy has boosted socio-economic development but meanwhile exacerbated the environmental problems. Offshore areas in China boast abundant solar energy resources. The present work explores the application of solar energy in offshore residential buildings and the ways for integration of solar collectors with the buildings to analyze the potential impact of installation of solar collectors on the design of offshore residential buildings. An extensive design approach that introduces protruding features, outdoor air-conditioner unit spaces, and “virtual” elements into design of residential buildings was proposed, which would integrate the solar collectors into the architectural design and extend the functions of the residential buildings. This research aims to provide a theoretical basis for promoting utilization of solar energy and integrated design of offshore buildings.

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Section: Figure 2 Building Facades With An Ascending Tendencymentioning

confidence: 99%

An Extensive Design Approach Integrating Offshore Residential Buildings and Solar Collectors

Wang¹,

Ma²,

Hong³

et al. 2021

IJHT

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“…Since then, designers have also begun to explore synchronous design, synchronous construction and comprehensive management of buildings and solar water heaters [8]. At the same time, into the related technology of computer intelligent design, in recent years, in the architectural design into intelligent design method is the computer application 3D technology software [9], BIM software [10] and architectural design of new design means [11], can quickly and effectively solve the design speed, design effect and various professional cooperation, effective way to avoid design conflict [12].…”

Section: Introductionmentioning

confidence: 99%

Analysis Based on Intelligent Model about Intelligent Integrated Design of Additional Building Components and Solar Heat Collection Facilities for Offshore Residences

Ruting Ma

2024

jes

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Using an intelligent model, this paper explores the incorporation of supplementary components in offshore buildings and their utilization within offshore residences. Additionally, it investigates the intelligent integration of solar heat collection systems with residential structures. Based on this computer intelligent method, by the building the 3D model, the potential impacts of additional components of offshore residential buildings on heat collection facilities are analyzed and the means for expanding the usage of additional components by the intelligent integrated design with heat collection facilities are explored. By conducting surveys and studying existing buildings, we analyze practical issues and propose viable solutions through integration with architectural design. This procedure lays down a solid theoretical groundwork to propel the intelligent amalgamation of solar water heaters with residential buildings situated offshore.The computer intelligent method discussed in the paper will enhance the analytical approach and efficiency for evaluating intelligent integrated building designs.

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“…The great electric power part in Algeria is mostly used for cooling and heating the domestic commercial buildings. Thus, air conditioning technologies become the issue of a great interest and the high quality of energy efficiency for higher comfort standards is mostly demanded [1], [2].…”

Section: Introductionmentioning

confidence: 99%

Feasibility Study of New Geothermal System for Heating Premises and Thermal Complexes: Experimental Investigation of Water-Air Heat Exchanger in the East of Algeria

Chettir,

Labed,

Moummi

et al. 2024

Annals of West University of Timisoara - Physics

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This paper constitutes a new technological solution for the exploitation of one of the most important geothermal deposits located in the locality of Biskra (South-east Algeria). This is the Albian aquifer whose hot waters from boreholes, hot springs and spas are poorly exploited while ambient temperatures during winter periods reach very low levels, especially at night. The principle of this geothermal system is to immerse a PVC tubular water-air exchanger in a pool permanently supplied with hot water from a low-energy geothermal borehole with a high flow rate. The choice of PVC material is attributed to the fact that hot geothermal waters are generally of an aggressive composition to steels and metals in general. The geothermal air heater allows the heating of the ambient cold air which is introduced into the exchanger and then extracted hot using an extraction fan. The hot air is then diffused into premises for heating during the winter season. The improvement in the performance of this type of exchanger is highlighted, in particular by acting on the number of pipes of the exchanger and the air flow rate using geothermal energy (low energy) as a source of renewable and clean energy. The experimental results obtained showed that the energy gain is a function of the length of the exchanger and the air flow rate. This gain can be up to 20°C between the inlet and outlet of the miniature exchanger model, which means that the proposed solution could be technically feasible.

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Measurement and Analysis of Thermal-Hydraulic Performance of Curved and Plate Flat Solar Air Heaters; A Comparative Study

Cited by 4 publications

References 14 publications

An Extensive Design Approach Integrating Offshore Residential Buildings and Solar Collectors

An Extensive Design Approach Integrating Offshore Residential Buildings and Solar Collectors

Analysis Based on Intelligent Model about Intelligent Integrated Design of Additional Building Components and Solar Heat Collection Facilities for Offshore Residences

Feasibility Study of New Geothermal System for Heating Premises and Thermal Complexes: Experimental Investigation of Water-Air Heat Exchanger in the East of Algeria

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