By Edited by Cumhur Aydinalp
The possibility of manufacturing fresh, sustainable energy from renewable power resources is turning into a vital topic, influenced by way of fresh technological advancements that experience better the cost-effectiveness of many renewables and through the expanding situation for the environmental effect and sustainability of traditional fossil and nuclear fuels. This e-book offers a finished review of the primary renewable strength assets with quite a lot of case reviews for every resource. It explains the underlying actual and technological rules, and examines the environmental influence of renewable resources and their destiny clients. the final strategy is interdisciplinary, overlaying the industrial, social, environmental and coverage matters from the purpose of analysis on renewable power. It additionally tackles the actual and engineering features. The publication will, for that reason, strongly entice non-specialist readers who desire to enhance their realizing of this complicated, interesting and more and more very important topic.
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Additional info for Clean Energy for Better Environment
Summarizing, the main advantage of zero-dimensional approach is low computational costs, simple formulation of the model. 5772/50724 no mass and heat accumulation occurs. The main disadvantage is the significant limitation in modeling influence of geometry and sizing, especially when those are of a high impor‐ tance, for instance in chemistry modeling. Figure 2. Single-pass system with CPOX reactor Figure 3.
Reprint ed. Krieger, Malabar, FL. , Morris, D. , & Steward, F. R. (1988). Exergy Analysis of Thermal, Chem‐ ical and Metallurgical Processes. Hemisphere, New York. , & Erisen, A. (2005). An algorithmic approach towards finding better refrigerant substitutes of CFCs in terms of the second law of thermo‐ dynamics”. Energy Conversion and Management, 46, 1595-1611. , & Kanoglu, M. (2002). Exergy analysis of vapor compres‐ sion refrigeration systems. Exergy, an International Journal, 2, 266-272. , & Rosen, M.
Energy and exergy efficiency results for the absorption system components are compared to the experimental studies [9-11] and a rea‐ sonably good agreement are found. Parametric studies have also been conducted, by analyzing the changes in exergy efficien‐ cies of the system components with respect to changes in the ambient temperature. The exergy efficiencies for the ambient temperature ranges of 10 °C to 30 °C can be seen in 49 50 Clean Energy for Better Environment the Fig. 3 to 5 for the parabolic trough collector, organic Rankine cycle and absorption cool‐ ing-heating cycle, respectively.