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Control of gas turbines for power generation
Electrical Engineering, 1950THE DEVELOPMENT of the combustion gas turbine as a new type of prime mover for power generation has required the parallel development of suitable controls. The control being used at present on General Electric gas turbines provides for semiautomatic starting and stopping of the unit for speed and load control and for protection of the unit under ...
D. C. Hoffmann +2 more
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2015
A gas turbine is a turbomachine composed of a compressor part, a part with heat supply to the compressed gas and a turbine part in which the hot gas expands. The present chapter discusses gas turbines for mechanical power generation. These are machines with an outgoing shaft, meant to drive a load.
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A gas turbine is a turbomachine composed of a compressor part, a part with heat supply to the compressed gas and a turbine part in which the hot gas expands. The present chapter discusses gas turbines for mechanical power generation. These are machines with an outgoing shaft, meant to drive a load.
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The Power Turbine and Its Diffuser
SAE Technical Paper Series, 1969<div class="htmlview paragraph">In a free-shaft gas turbine engine the static efficiency is a more realistic figure of merit for the power turbine than the frequently used total efficiency. The influence on these two efficiencies of design work coefficient and flow coefficient is examined.
Charles A. Amann, David W. Dawson
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Gas Turbines in Stationary Power Generation
Transactions of the American Institute of Electrical Engineers, 1949THE ULTIMATE possibilities of gas turbines have been publicized widely. Many of the developments on which improved performance at an economic cost are dependent, are now in such a preliminary stage of research that it is impossible to predict the extent to which these ultimately will be incorporated in commercial gas turbines.
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Gas turbines for power generation
Electronics and Power, 1971The flexibility and low capital cost of gas turbines as prime movers have secured them a substantial future as plant for power generation.
W. Eccles, W. Eccles
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2014
The wind power turbines, with horizontal or vertical axis types, are technical equipment that convert wind kinetic energy to mechanical energy used to generate electricity. The applications range from residential appliance battery charge using small wind power turbines to commercial electricity production using large wind power turbine system.
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The wind power turbines, with horizontal or vertical axis types, are technical equipment that convert wind kinetic energy to mechanical energy used to generate electricity. The applications range from residential appliance battery charge using small wind power turbines to commercial electricity production using large wind power turbine system.
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SAE Technical Paper Series, 1967
<div class="htmlview paragraph">A self-propelled processing plant, for converting whole logs into pulp chips, is described with emphasis on the chipper power source. A comparison is made between gas turbine and diesel engines as the prime power for chipping. Application of the gas turbine engine as related to total plant design, field experience,
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<div class="htmlview paragraph">A self-propelled processing plant, for converting whole logs into pulp chips, is described with emphasis on the chipper power source. A comparison is made between gas turbine and diesel engines as the prime power for chipping. Application of the gas turbine engine as related to total plant design, field experience,
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The power fluctuations of a wind turbine
Journal of Wind Engineering and Industrial Aerodynamics, 1996Abstract At the beginning of the paper the power fluctuations in the case of a sinusoidal gust are investigated. A quasi-steady model is derived. Then this model is corrected to account for the dynamic characteristics of the turbine. The correction is introduced using a special correction function which is obtained after running a complete dynamic ...
A. Rosen, Y. Sheinman
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Power and driving gas turbine engines with a blocked power turbine
2013Приведены результаты исследования энергоэффективности газотурбинных двигателей (ГТД) с блокированной силовой турбиной, усложненных применением турбины перерасширения (ТП) и регенерацией теплоты (Р) выхлопных газов. Показана возможность сочетания двух способов повышения экономичности ГТД и применения ГТД с ТП и Р, как в энергетике, так и в ...
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Wind Power Prediction with HCNNs for Turbines
2023 International Conference on Electrical, Computer and Energy Technologies (ICECET), 2023Rockefeller Rockefeller +3 more
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