... systems Engines Experimental Finite element Internal combustion engines Modeling Power Thermal Turbines Control systems Co- generation Hybridized and fully electrified boosting technologies have become increasingly popular in recent years. Engine-boosting provides advantages in terms...

... received July 31, 2017; final manuscript received September 15, 2017; published online July 24, 2018. Editor: David Wisler. 31 07 2017 15 09 2017 Combined Experimental Fuel cell applications Gas turbine technology Power Co- generation Coupled behavior The Institute...

... Turbine Based Co-Generation Package for Performance Improvement in Practical Use ,” ASME Paper No. PWR2005-50364. 10.1115/PWR2005-50364 [30] Delattin , F. , Bram , S. , Knoops , S. , and De Ruyck , J. , 2008 , “ Effects of Steam Injection on Microturbine Efficiency and Performance...

... Measurement techniques Power Swirling Turbines Turbulence Turbulent Unsteady Unsteady flows Co- generation Hydraulic turbines play an important role in accommodating the variable electricity demand under the so-called ancillary services and balancing market policies [ 1 , 2 ]. Conventional...

... energy sources Combustion Energy Energy conversion Engines Fuel combustion Internal combustion engines Internal flow Power Swirling Thermodynamics Turbulence Turbulent Visualization Co- generation Modern co-generation spark ignition units are one of the most effective technologies...

... 31, 2017; final manuscript received October 16, 2017; published online June 15, 2018. Assoc. Editor: David Sánchez. 31 01 2017 16 10 2017 Computational fluid dynamics Energy conversion Heat recovery Power Turbines Co- generation Organic Rankine cycle (ORC) systems...

... 10 01 2018 Energy Energy conversion Gas turbine technology Power Power systems Thermodynamics Co- generation The stack gas of a modern gas turbine combined cycle (GTCC) power plant with advanced F, H or J class units contains about 4% CO 2 by volume at near-atmospheric...

... Computational fluid dynamics Power Turbines Co- generation Many steam turbines used for power generation are generally operated to maintain a rated output (typically 95% of the maximum output). However, there has been a recent increase in cases of load-following operation. Recently introduced...

... systems Power Unsteady Control systems Co- generation 14 07 2017 29 07 2017 Contributed by the Industrial and Cogeneration Committee of ASME for publication in the J OURNAL OF E NGINEERING FOR G AS T URBINES AND P OWER . Manuscript received July 14, 2017; final manuscript...

...% of thermal efficiency. This results in a primary energy saving (PES) factor of 36.11%, which would guarantee the definition of “high efficiency co-generation” according to the European legislation. The PES is defined following the definition in Ref. [ 44 ]: (11) PES = 1 − 1 η el CHP...

... Thermocouples Thermodynamics Control systems Nuclear power generation Co- generation The dynamic modeling of power plant cycles is considered as one of the most effective tools for controller design, simulators, and fault diagnosis systems. In addition to an acceptable accuracy for a dynamic system...

...: David Wisler. 30 03 2017 24 04 2017 Power Thermodynamics Vibration Co- generation The depletion of fossil fuels and environmental issues in general demand extensive studies on waste heat recovery and renewable energy. In particular, Stirling engines have garnered...

... Energy conversion Evaporation Fossil power generation Power Thermodynamics Nuclear power generation Co- generation Copyright © 2017 by ASME 2017 0742-4795/2017/139(11)/111701/10/ $25.00 ...

... Thermodynamics Turbines Co- generation Distributed combined heat and power (CHP) enables a highly efficient fuel usage by eliminating transmission and distribution losses while allowing to use the exhaust heat on-site for heating or cooling. However, significant research and development efforts...

... Component maintenance Power Thermodynamics Co- generation Component operations One of the major challenges for gas turbine users is to ensure a high level of availability and reliability during the engine entire operating life, while maintaining efficient operation. For addressing...

..., 2016; final manuscript received August 16, 2016; published online November 2, 2016. Editor: David Wisler. 02 08 2016 16 08 2016 Computational Energy conversion Gas turbine technology Modeling Power Unsteady Co- generation Primary energy costs are projected to rise...

.... 20 06 2016 29 06 2016 Burners Combustion Energy Environmental Flame Gas turbine technology Power Turbines Co- generation The SGT-800 gas turbine was first introduced in 1998 as the ABB GTX-100. It is currently rated 50.5 MW with an efficiency of 38% in SC. The emissions...

.... , Eriksson , J. O. , and Thorgrennd , M. , 2012 , “ Industrial Implementation of Economic Dispatch for Co-Generation Systems ,” IEEE Power and Energy Society General Meeting , San Diego, CA, July 22–26. 10.1109/PESGM.2012.6345056 [6] Dolgicers , A. , Guseva , S. , and Sauhats...

... in the J OURNAL OF E NGINEERING FOR G AS T URBINES AND P OWER . Manuscript received July 14, 2015; final manuscript received June 21, 2016; published online July 27, 2016. Editor: David Wisler. 14 07 2015 21 06 2016 Energy Gas turbine technology Power Thermodynamics Co...

... February 2, 2016; final manuscript received March 8, 2016; published online July 27, 2016. Editor: David Wisler. Nuclear power generation Fuels Internal combustion engines Power Fossil power generation Co- generation Combustion The goal of this work was to determine the feasibility...