B-2 蒸気噴射によるマイクロガスタービンの性能改善効果に関する研究 : 第2報:蒸気噴射による性能改善効果と安定運転限界(ガスタービンシステムI,一般講演)

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The rapidly changing marketplace for utility energy services is opening new opportunities for the nation's heat and power users to reduce energy costs, increase power quality and reliability and reduce environmental emissions. Because of their compact size, modularity, and potential for relatively low cost, efficient, and clean operations, micro gas turbines are emerging as a leading candidate for meeting these needs for electricity and thermal energy. Industrial interest in distributed generation technologies such as micro gas turbines and reciprocating engines is rising because these systems can cut power cost and boost reliability while lowering overall emissions. Micro gas turbines offer a number of potential advantages compared to other technologies for small scale power generation; for example, a small number of moving parts, compact size and light weight, multi-fuel capabilities, and opportunities for greater energy efficiency, lower emissions, and lower electricity costs. The market potential for existing micro gas turbine products is significant and the potential market could increase substantially if the efficiencies of the existing designs are improved One of measures to improve thermal efficiency of micro gas turbine is the steam injection system with heat recovery steam generator. Performance tests have been carried out successfully for the steam injection into a micro gas turbine (Capstone C60). Test results show that key performance parameters such as power output, thermal efficiency, and emissions are improved substantially by the steam injection. The stable operation of micro gas turbine has been confirmed under various operational conditions with steam injection.
社団法人日本ガスタービン学会の論文
2005-09-01

B-2 蒸気噴射によるマイクロガスタービンの性能改善効果に関する研究 : 第2報:蒸気噴射による性能改善効果と安定運転限界(ガスタービンシステムI,一般講演)

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