Smart Grid Control Systems

DigiWind  |  TUS
Starts: TBD  |  12 Weeks
Hybrid Lectures

The module reviews the concepts of Smart Grids and distributed control systems. Including: Advanced Programmable Controllers: Features of modular industrial controllers, Comparison of modular PLC systems. Selection and configuration of: PSU, CPU, Digital input and Output modules, Analog input and Output modules. Fieldbus networks configuration and applications, Distributed I/O. PLC Programming: IEC 61131-3 Programming languages: LAD, STL, Structured Text, Function blocks. Complex PLC instructions and there application in maths and other functions. Data Handling and Data formats, Structured programming with Function blocks and Data blocks. Scaling of linear analog input data. Indirect addressing programming methods for software development. Safety systems: directives for safety systems, principle of risk assessment, emergency stop equipment, prevention of unexpected startup, redundancy and monitoring in safety systems. Distributed Control Systems: Distributed architectures, Protocols, Data repositories, Data interchange, Industrial Data Space. Structured Control Methods, Digital Switching plans, Physical and process model, Practical techniques in sequence control design, Programming PLCs/DCS, DCS/PLC architecture, Defining equipment procedures, Operator and supervisor interface. Software Design. Standards and practice.

Goals

The aim of this module is to provide the learner with the knowledge to design and implement control solutions for interfacing with SCADA and control of Electrical Power Networks. On completion of this module the learner will/should be able to; 1. Develop architectures and control solutions from user specifications. 2. Specify the requirements of data acquisition in specific industrial use cases. 3. Assess the emerging technologies, solutions, and standards in the field of industry 4.0 to address the convergence between the operations and information technology. 4. Design applications for data acquisition and analysis for reactive power and voltage control methods in an electrical power grid. 5. Investigate the transformation of electrical power grids through digitalisation and potential for new operational paradigms.
Instructors
Ger O’Farrell, Dept of Electrical & Electronic Engineering, TUS
Requirements
Knowledge of industrial control systems. Minimum Bachelor Degree and english language competence (equivalent to IELTS6.5)
Notes
This 5 ECTS Module (Irish NFQ Level 9) is a constituent module of the TUS MSc in Electrical Power Systems.

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