Download e-book for iPad: A Thermochemical Heat Storage System for Households: by Armand Fopah Lele

By Armand Fopah Lele

ISBN-10: 3319412272

ISBN-13: 9783319412276

ISBN-10: 3319412280

ISBN-13: 9783319412283

ISBN-10: 8898273177

ISBN-13: 9788898273171

ISBN-10: 9728620233

ISBN-13: 9789728620233

The e-book bargains a entire document at the layout and optimization of a thermochemical warmth garage procedure to be used in constructions. It combines theoretical and experimental paintings, with a distinct emphasis on model-based tools. It describes the numerical modeling of the warmth exchanger, which permits restoration of approximately thirds of the waste warmth from either sun and thermal strength. The publication additionally offers readers with a picture of present learn on thermochemical garage structures, and an in-depth overview of an important techniques and techniques in thermal administration modeling. It represents a beneficial source for college kids, engineers and researchers drawn to thermal power garage approaches, in addition to for these facing modeling and 3D simulations within the box of strength and strategy engineering.

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Extra resources for A Thermochemical Heat Storage System for Households: Combined Investigations of Thermal Transfers Coupled to Chemical Reactions

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Storage capacity: 15 kWh. Discharging time: 27–500 h for 560 W power Discharge: 33–36 °C. Heat: 450 MJ∙m−3 of reactor LOCIE, SOLVAY, BEMS Reactor scale, Numerical scale, Prototype Courbon et al. (2011), Hui et al. 2 – Tatsidjodoung et al. (2013) Adsorption Systems The field of solid adsorption started as historical curiosity and the first scientific and quantitative work was performed in 1773, by Scheele and Fontana (Critoph and Zhong 2005). It is a process where the sorbate does not diffuse into the sorbent but changes phase on the surface of the sorbent.

2008), Tanguy et al. (2010), Marias et al. 6 h. 8 GJÁm−3 of Na2SÁ5H2O. Experimental energy density: 780 kWhÁm−3 of Na2S∙5H2O. 1 °C KAl(SO4)2Á12H2O ↔ Charge: 60 °C during 18 h; Discharge: 15 °C during 81 h. 6 (continued) References van Essen et al. (2009a) Marias et al.

Available commercial devices were also used. 3 Motivation of This Thesis 11 conditions, built in the laboratory and the other under transient state condition using differential scanning calorimeter (DSC) from Mettler Toledo, Gießen in Germany. This latter device is used for heat capacity measurement, but also coupled to a thermogravimetric analysis (TGA) device for chemical kinetic characterization. Permeability experiments are also built in the laboratory based on the simple principle of fluid mechanics through porous media.

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A Thermochemical Heat Storage System for Households: Combined Investigations of Thermal Transfers Coupled to Chemical Reactions by Armand Fopah Lele

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