By S. Kalaiselvam, R. Parameshwaran
Thermal strength garage applied sciences for Sustainability is a broad-based review describing the state of the art in latent, good, and thermo-chemical power garage platforms and their purposes throughout industries. starting with a dialogue of the potency and conservation merits of balancing power call for with creation, the e-book is going directly to describe present state-of-the paintings applied sciences. no longer preventing with description, the authors additionally speak about layout, modeling, and simulation of consultant structures, and finish with numerous case reports of structures in use.
- Describes how thermal strength garage is helping bridge the space among strength call for and provide, quite for intermittent energy resources like sunlight, wind, and tidal systems
- Provides tables, illustrations, and comparative case reports that convey purposes of TES platforms throughout industries
- Includes a bankruptcy at the swiftly constructing box of workable nanotechnology-based thermal strength garage systems
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Extra info for Thermal energy storage technologies for sustainability : systems design, assessment, and applications
The hydrogen fuel cell operates by the principle of oxidation-reduction between the hydrogen and oxygen within the electrochemical cell comprised of two electrodes separated by an electrolyte medium. The transfer of ions or charged particles is enabled by means of the electrolyte medium. The fuel cell can also be operated reversible by supplying external electric current to produce or split hydrogen and oxygen in the presence of water. There are a variety of hydrogen-based fuel cells including proton exchange membrane fuel cells, phosphoric acid fuel cells, regenerative fuel cells, and alkaline fuel cells.
38 CHAPTER 2 Energy Storage utilizes molten salt materials for storing and releasing heat energy at very high operating temperature (> 300 °C). High temperature heat storage systems often find their potential application in concentrated solar power plants. 11 TECHNICAL EVALUATION AND COMPARISON OF ENERGY STORAGE TECHNOLOGIES Energy storage technologies have unique characteristics, which may differ with respect to their application domain and energy demand. By performing an evaluation based on the technical as well as economical aspects of the energy storage systems, the selection of the proper storage system can be made feasible for the energy applications.
For environmental impact and maintenance 1 = high, 2 = medium, 3 = low, 4 = very low, 5 = no. For recyclability 1 = poor, 5 = excellent. f Spatial requirement and recyclability ratings are based either on literature or own judgement based on power and density figures (indicated with a question mark in this case). g Spatial requirement: CAES, lower value for CAES storage in aquifer and higher value for CAES in vessels. Hydrogen, lower value for H2 engine and higher value for H2 fuel cell. SMES, lower value accounts for large SMES and higher value accounts for micro-SMES.