Download PDF by Armand Fopah Lele: A Thermochemical Heat Storage System for Households:

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 ebook deals a finished document at the layout and optimization of a thermochemical warmth garage method to be used in structures. It combines theoretical and experimental paintings, with a different 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 booklet additionally offers readers with a picture of present learn on thermochemical garage platforms, and an in-depth assessment of an important ideas and techniques in thermal administration modeling. It represents a useful source for college kids, engineers and researchers drawn to thermal power garage procedures, in addition to for these facing modeling and 3D simulations within the box of strength and approach engineering.

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

Sample text

Sorption of molecules on a surface is a prerequisite to any surface mediated chemical process. The expressions “chemical”, “thermochemical”, “thermochemical sorption”, “compact” and “sorption” have all been used in different contexts by many authors regarding thermal energy storage (Chan et al. 2013; Cot-Gores et al. 2012; Ding and Riffat 2012; Li et al. 2013; Meunier 2013; Neveu and Castaing-Lasvignottes 1997). Each term carries its own connotation and scope concerning which kind of phenomenon it encompasses and it seems difficult to distinguish clear boundaries between these terms.

Theoretical energy density: 119 kWh∙m−3 of anhydrous. Storage capacity: 40 kWh. Discharging time: 12 h for 5 kW power Charge: 100–150 °C; Discharge: 40–65 °C. Heat: 900 MJ∙m−3 of NaOH (with single stage reactor). Theoretical energy density: 250 kWh∙m−3 of anhydrous. 9 kWh. 9 h for 1 kW power Charge: 46–87 °C; Discharge: 30 °C. 8 MJ∙m−3 of LiCl (with crystallization in the storage tank). Theoretical energy density: 253 kWh∙m−3 of anhydrous. Storage capacity: 35 kWh. 4 h for 8 kW power Charge: 40–90 °C; Discharge: 30–33 °C.

2008). The authors suggested that separate reactors are most appropriate for seasonal storage (Fig. 7). However, the authors clearly stated that integrated reactors are for solid sorption material because the transport of the solid material is not necessary although they exhibit heat loss to the ambient during and after discharging. Which is what we are aiming for in the present application: that means this heat lost to the ambient, here the space to be heated. Furthermore, the reactor can be easily insulated.

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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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