RENKINE-CYCLE ANALYSIS ( ESTIMATE SAVING COST )ACCORDING TO PRIMARY FAILURES AND TECHNICAL STEP TO AVOID MORE DEVIATIONSIDEAL CYCLE OF RE-HEAT THE STEAM GENERATION (ACCORDING TO CASE STUDY OF PLTU)

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This paper discusses current applications of steam engines in industrial systems andnew technologies which are improving their performance. The primary advantagesof steam engine use come from applications where current technologies are eithernot appropriate or cannot be scaled down in size. Examples are given showing caseswhere it is more cost effective (and efficient) to use steam engines including dispatched power, use of a lower grade gas turbine with a steam engine bottoming cycle especially in analisis benefit cost and loses, every loses in supporting will effect amount cost loses, we will calculate some effect of failure with economic analisis, so we will taken advantages if we improve every point of failure, some failure will description with solutions and how Much money will saving This results in available steam power being failure. But how much our loses will calculated. And step ahead was how to improve eficiency to avoid lost energy, we shown real calculate to know how mauch we can save its by our step