ADVANCED PROCESS CONTROL FROM YAZZOOM GOES BEYOND STANDARD IMPROVEMENTS
The supply and demand requirements within the energy industry are continually evolving, in some regions the power supply has even become a hot topic. Therefore, the industry is expected to come up with newer and more creative methods to produce more efficiently and with less environmental impacts. Improvements are already made and will be made in the future both in hardware components and in software tools related to power generation. The purpose of all these product improvements is to increase the overall efficiency and to reduce environmental impacts. But it becomes even more interesting when Advanced Process Control is applied, because APC makes it is possible to improve the interaction between each single element of a power plant. Moreover APC can be applied on new installations and on older installations, which is not always possible with improvements on single products.
Yazzoom understands the value of Advanced Process Control in power plants, but we also understand the importance to maintain improvements over a longer period. Therefore, Yazzoom will always invest in building a satisfying and mutually collaboration with its customers. Our state-of-the-art tools are a first sign of this willingness. We are able to identify transfer functions and tune PID controllers based on full closed-loop data. This functionality becomes very useful to identify the turbine speed dynamic model, because its is based on real-time auto mode behavior which allows us to find the optimal PID parameters very precisely. Whole this approach becomes a lot more challenging when a step test is made on output in manual mode.
Yazzoom understands the value of Advanced Process Control in power plants, but we also understand the importance to maintain improvements over a longer period. Therefore, Yazzoom will always invest in building a satisfying and mutually collaboration with its customers. Our state-of-the-art tools are a first sign of this willingness. We are able to identify transfer functions and tune PID controllers based on full closed-loop data. This functionality becomes very useful to identify the turbine speed dynamic model, because its is based on real-time auto mode behavior which allows us to find the optimal PID parameters very precisely. Whole this approach becomes a lot more challenging when a step test is made on output in manual mode.
OUR SOLUTIONS, YOUR BENEFITS:
- PID and APC control quality monitoring to maintain improvements
- Online oscillation detection
- Automatic control parameter adjustments and operator alerts
- DCS/PLC resident
- Primary and advanced PID tuning optimizations
- Improved control schemes due to an audit
