Research of fault-tolerant control system of the formation process of carbon products

The production of carbon products is largely resource- and energy-intensive. That why increasing the efficiency this an urgent scientific practical task, especially in modern conditions constant growth energy costs. An effective way to solve problem create a process control system, taking into account possible failures system elements.
 practice operating hydraulic presses graphite production, valve press sometimes fails or works with errors. paper considers stage loading forming terms building fault-tolerant pressing speed system.
 article investigates products, which synthesized on basis traditional systems for non-cyclic processes iterative learning, have demonstrated their effectiveness technological cyclical nature. A method using linear matrix inequalities has been developed optimal adjustment parameters.
 Based combination learning that takes regulators, built formation both nature regulators. research by comparing its work event faults disturbances various kinds showed proposed improves quality not only over time during each cycle, but also from cycle cycle.
 Further should be aimed at application different types regulatory bodies action