Browsing by Author "Školník Petr"
Now showing 1 - 8 of 8
Results Per Page
Sort Options
- ItemPower plant steam superheater control system preliminary results and experiences from the field tests(STU, 2017-01-01) Hubka Lukáš; Školník Petr; Hlava JaroslavThis paper describes a newly developed steam superheater control system and its integration into the real power plant control system. The developed control system is based on the principles of the model predictive control. It is intended to replace one part of the existing classical control system that is based on gain scheduled PID controllers. The paper starts with a short description of the controlled plant and then it continues with the description of the predictive controller and its integration into the structure of the existing control system. The main focus is on the results of the functionality tests. The preliminary results hitherto achieved demonstrate the capability of the developed control system and its application potential. However, at the same time, they also show that extensive simulation testing of a controller for such a complex system does not necessarily guarantee perfect control performance and several modifications of the controller will be needed to make it really applicable.
- ItemPredictive Control System for Steam Temperature Control(2015-01-01) Hubka Lukáš; Školník Petr; Hlava Jaroslav
- ItemProgramme control system for data center optimization(2019-01-01) Školník Petr; Sláma Pavel; Dvořák Lukáš
- ItemSoftware Implementation of Predictive Control Algorithm(2014-01-01) Školník Petr; Hubka Lukáš
- ItemSteam superheaters predictive control system: An implementation Study(IEEE, 2015-01-01) Školník Petr; Hubka Lukáš
- ItemSystem for on-line optimization of existing heating power stations and waste heat sources(2019-01-01) Hlava Jaroslav; Sláma Pavel; Školník Petr
- ItemThe Perspective of Electric Network Load by Electric Car Charging Stations(IEEE, 2021-01-01) Hubka Lukáš; Kubín Jiří; Školník Petr; Vedel Pavel
- ItemTram simulation model for energy balance analyses(STU, 2017-01-01) Hubka Lukáš; Školník PetrThis paper describes a mathematical model of a tramcar which allows to simulate traffic on any tram track and allows to analyze energetic balance on the electrical power link without real energetic data measurement. The described mathematical model could be a useful tool for the design of an energy recovery system for a real tram track. A short description of the tram track model in the city of Liberec is presented together with the mathematical model of the tramcar type T3.PLF that operates on mentioned track. The model simulation results are confronted with data measured during the real tram operation.