The invention relates to a power system. Achieves the results of the utility model is to increase the efficiency and reliability of the steam boiler by means of automatic regulation of the gas using a burner to ensure uniformity of heating steam in the superheater sections packets. According to the utility model, all packets with at least superheater acute boiler steam are divided into the same number of sections in the furnace and the flue boiler allocated respectively the width of the sections of the gas regulation zone and burner furnace walls of the boiler are arranged in groups of specified areas, each group of burners It is provided with an independent fuel and air supply system. Wherein at least one of the packets steam superheater adjusts stage, within which there are temperature sensors of the automatic regulation of the gas uniform heating steam superheater sections in a package. Said system according to the utility model comprises a separate for each zone of the gas regulating meter difference between the temperatures of steam in the outlet and the inlet of the mixing devices (collectors) of each section of the control stage, driver signal proportional to the average for the whole control stage value changes in temperature of steam in each section thereof, separate for each regulation zone of the gas generator of the main signal proportional to the difference between the actual value of said CONTINUE? and temperature for the respective control stage section and the average value of said differences, for each separate gas regulation correcting signal generator zone, the proportional rate of change corresponding to the main signal, as well as a separate regulation for each zone of a steam heating uniformity controller superheater sections in a package. 2 bp f ly-4-yl.
展开▼
机译:本发明涉及电力系统。本实用新型所达到的效果是通过利用燃烧器自动调节燃气来提高蒸汽锅炉的效率和可靠性,以确保过热器部分包中加热蒸汽的均匀性。根据本实用新型,将至少具有过热器急性锅炉蒸汽的所有小包在炉子和烟道锅炉中分成相同数量的部分,分别分配锅炉的燃气调节区和燃烧器炉壁的部分宽度。燃烧器按特定区域排列,每组燃烧器配有独立的燃料和空气供应系统。其中,至少一个小包蒸汽过热器调节级,在该级中,具有自动调节包装中气体均匀加热蒸汽过热器部分的温度传感器。根据本实用新型的所述系统包括针对所述气体调节仪的每个区域的单独区域,其在控制级的每个部分的混合装置(收集器)的出口和入口之间的蒸汽温度之间的差,驱动信号与所述调节器的成比例。整个控制级的平均值在其每个部分中的蒸汽温度的变化,对于气体发生器的每个调节区来说,主信号的比例成正比,与所述连续值的实际值之差成比例。对于每个单独的气体调节校正信号发生器区域,分别控制级部分的温度和所述差的平均值,对应于主信号的比例变化率,以及对于蒸汽加热的每个区域的单独调节包装中的均匀性控制器过热器部分。 2 bp f ly-4-yl。
展开▼