Improving the Maneuverability of Combined-Cycle Power Plants through the Use of Hydrogen—Oxygen Steam Generators

V. I. Shapiro; S. P. Malyshenko; B. F. Reuto

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Improving the Maneuverability of Combined-Cycle Power Plants through the Use of Hydrogen—Oxygen Steam Generators

机译：通过使用氢氧蒸汽发生器改善联合循环发电厂的机动性

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Prospects for making changes in the composition of power-generating capacities of Russia are considered from the viewpoint of their influence on the quality of controlling the frequency and power in the power system. It is shown that the characteristics of newly commissioned and prospective equipment may add difficulty to control of these parameters with the required quality. A combination of methods is proposed for controlling combined-cycle power units with involvement of hydrogen technologies, the use of which makes it possible to achieve full-valued participation of such power units in selective primary control of the power system frequency.

机译：从对俄罗斯发电能力构成的影响对电力系统中频率和功率的控制质量的影响的角度考虑了前景。结果表明，新调试和预期设备的特性可能会增加以所需质量控制这些参数的难度。提出了一种结合氢气技术来控制联合循环动力装置的方法的组合，该方法的使用使得有可能实现这种动力装置在电力系统频率的选择性初级控制中的全值参与。

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《Thermal engineering》 |2011年第9期|p.741-747|共7页
作者
V. I. Shapiro; S. P. Malyshenko; B. F. Reuto;
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作者单位

ZAO NPK Del'fin-Informatika, ul. Tkatskaya 1, Moscow, 105318 Russia;

Joint Institute of High Temperatures, Russian Academy of Sciences, ul. Izhorskaya 13, str. 2, Moscow, 125412 Russia;

Russian Scientific Centre "Kurchatov Institute, "pl. Kurchatova 1, Moscow, 123182 Russia;

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Improving the Maneuverability of Combined-Cycle Power Plants through the Use of Hydrogen—Oxygen Steam Generators

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