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Download e-book for kindle: Advanced power generation systems by İbrahim Dinçer; Calin Zamfirescu

By İbrahim Dinçer; Calin Zamfirescu

ISBN-10: 0123838606

ISBN-13: 9780123838605

ISBN-10: 0123838614

ISBN-13: 9780123838612

Advanced energy new release Systems examines the complete variety of complicated a number of output thermodynamic cycles that may allow extra sustainable and effective energy creation from conventional equipment, in addition to riding the numerous earnings to be had from renewable resources. those complicated cycles can harness the by-products of 1 strength new release attempt, corresponding to electrical energy construction, to at the same time create extra power outputs, equivalent to warmth or refrigeration. gasoline turbine-based, and commercial waste warmth recovery-based mixed, cogeneration, and trigeneration cycles are thought of intensive, besides Syngas combustion engines, hybrid SOFC/gas turbine engines, and different thermodynamically effective and environmentally wakeful iteration applied sciences. The makes use of of solar energy, biomass, hydrogen, and gasoline cells in complicated strength new release are thought of, inside of either hybrid and committed platforms.

The unique power and exergy research of every kind of procedure supplied through globally famous writer Dr. Ibrahim Dincer will tell powerful and effective layout offerings, whereas emphasizing the pivotal position of recent methodologies and versions for functionality overview of latest structures. This detailed source gathers info from thermodynamics, fluid mechanics, warmth move, and effort procedure layout to supply a single-source consultant to fixing sensible strength engineering problems.

  • The basically entire resource of information most of the time array of a number of output thermodynamic cycles, overlaying the entire layout strategies for environmentally-conscious mixed creation of electrical energy, warmth, and refrigeration
  • Offers the most important guide on knowing extra potency in conventional strength iteration platforms, and on imposing renewable applied sciences, together with sunlight, hydrogen, gasoline cells, and biomass
  • Each cycle description clarified via schematic diagrams, and associated with sustainable improvement eventualities via special strength, exergy, and potency analyses
  • Case reviews and examples show how novel platforms and function evaluation tools functionality in practice

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Extra resources for Advanced power generation systems

Example text

When there is no potential of chemical reaction with the environment and all system components are at the same concentration as the environment, then the system is in complete chemical equilibrium with the environment. ) interaction between the system under consideration and the environment. Thence, in order to be able to estimate it chemical exergy, a reference environment must be defined in terms of temperature T0, pressure P0, and chemical composition. Let us analyze first the chemical exergy due to concentration difference.

X X X X X X _ in + _ _ in ¼ _ out + dðmeÞ _ + _ + my my + ð1:46Þ Q Q EBEOpen System : W W out in out dt sys ! dðmeÞ where represents the rate of change of total energy of the system. dt sys 34 1. 44). 46). As can be remarked, the total energy of a flowing matter is defined by y ¼ u + Pv + 1 2 1 v + gz ¼ h + v 2 + gz 2 2 ð1:47Þ If the control volume is stationary (its displacement velocity is nil), v ¼ 0; thus there is no kinetic energy associated with the system. In addition, if there is negligible change of elevation in the system one may neglect the potential energy term.

The exergy of the cold fluid represents the delivered exergy as the useful product of a heat exchanger. Regarding the energy exchange, ideally if there are no energy losses, all energy from the hot fluid is transferred to the cold fluid. However, some loses are unavoidable in practical systems; therefore one can define an energy efficiency of heat exchangers as the ratio of energy delivered to energy consumed. Regarding the exergy efficiency of a heat exchanger, this is given by exergy retrieved from the cold fluid divided by exergy provided by the hot fluid.

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Advanced power generation systems by İbrahim Dinçer; Calin Zamfirescu

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