The invention discloses a distributed redundant
control system. According to the
system, pump revolution speed is dynamically adjusted based on the pressure, flow, temperature and other variables of fluid so as to achieve an expected
control objective. The product is composed of one
central management and coordination unit and n distributed control units which are independent and redundant from one another and can run autonomously, wherein each unit is in whole-network
information transmission and
modular design; the
central management and coordination unit is only responsible for managing andcoordinating the control units, and the right of control is handed over to each
control unit; and the
central management and coordination unit can perform cascading in the same
network segment or across network segments. In a pressure-maintaining standby state based on a multi-
variable weight algorithm, the
system does not do idle work due to dynamic flow compensation. The
system has the advantages of high reliability, high continuity, distributed running, strong
extensibility and
energy preservation, therefore, the defects that through a traditional central
control mode, reliability is poor,and equipment overhaul requires shutdown and
water supply cut-off are overcome, and the problems that
water supply continuity is not high, and the scale is not large in the industry are solved. In this way, the after-sales
service pattern in the current industry is changed, and after-sales cost is greatly lowered.