A method for synthetically control frequency modulation of peak load regulation generator set in high wind power permeability power grid
The invention discloses a comprehensive control method for frequency regulation of a peak-shaving generator set in a high wind power permeability grid. (1) Automatically generate the primary frequencymodulation compensation instruction F of the generator set and send it to the primary frequency modu...
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creator | BI ZHENFU PANG XIANGKUN GAO CHONG HAN YINGKUN LIN BO MENG XIANGRONG YU QINGBIN MOU LIN LI KELEI YAN QING |
description | The invention discloses a comprehensive control method for frequency regulation of a peak-shaving generator set in a high wind power permeability grid. (1) Automatically generate the primary frequencymodulation compensation instruction F of the generator set and send it to the primary frequency modulation correction module, wherein, the speed unequal rate Delta of the generator set is set to 3%-6%, (2) that primary frequency modulation correction function F1 (x) generate the primary frequency modulation compensation command correction coefficient k1, (3) in the primary frequency modulation correction module, the primary frequency modulation command FP=F*k1 after correction, (4) the load regulation rate V of the unit is not less than 1.5% P/min. The correction coefficient k2 of the secondary frequency modulation compensation command is generated. (5) After correction, the load regulation rate of the secondary frequency modulation unit is VA=V*k2. The load regulation rate of the secondary frequency modulation u |
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(1) Automatically generate the primary frequencymodulation compensation instruction F of the generator set and send it to the primary frequency modulation correction module, wherein, the speed unequal rate Delta of the generator set is set to 3%-6%, (2) that primary frequency modulation correction function F1 (x) generate the primary frequency modulation compensation command correction coefficient k1, (3) in the primary frequency modulation correction module, the primary frequency modulation command FP=F*k1 after correction, (4) the load regulation rate V of the unit is not less than 1.5% P/min. The correction coefficient k2 of the secondary frequency modulation compensation command is generated. (5) After correction, the load regulation rate of the secondary frequency modulation unit is VA=V*k2. 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(1) Automatically generate the primary frequencymodulation compensation instruction F of the generator set and send it to the primary frequency modulation correction module, wherein, the speed unequal rate Delta of the generator set is set to 3%-6%, (2) that primary frequency modulation correction function F1 (x) generate the primary frequency modulation compensation command correction coefficient k1, (3) in the primary frequency modulation correction module, the primary frequency modulation command FP=F*k1 after correction, (4) the load regulation rate V of the unit is not less than 1.5% P/min. The correction coefficient k2 of the secondary frequency modulation compensation command is generated. (5) After correction, the load regulation rate of the secondary frequency modulation unit is VA=V*k2. 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(1) Automatically generate the primary frequencymodulation compensation instruction F of the generator set and send it to the primary frequency modulation correction module, wherein, the speed unequal rate Delta of the generator set is set to 3%-6%, (2) that primary frequency modulation correction function F1 (x) generate the primary frequency modulation compensation command correction coefficient k1, (3) in the primary frequency modulation correction module, the primary frequency modulation command FP=F*k1 after correction, (4) the load regulation rate V of the unit is not less than 1.5% P/min. The correction coefficient k2 of the secondary frequency modulation compensation command is generated. (5) After correction, the load regulation rate of the secondary frequency modulation unit is VA=V*k2. The load regulation rate of the secondary frequency modulation u</abstract><oa>free_for_read</oa></addata></record> |
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subjects | CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTINGELECTRIC POWER CONVERSION OR DISTRIBUTION OF ELECTRIC POWER ELECTRICITY GENERATION SYSTEMS FOR STORING ELECTRIC ENERGY |
title | A method for synthetically control frequency modulation of peak load regulation generator set in high wind power permeability power grid |
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