Educational guide School of Chemical Engineering |
english |
Energy Conversion Systems and Technologies (2019) |
Subjects |
MODELLING AND DYNAMIC SIMULATION OF ENERGY CONVERSION SYSTEMS |
Contents |
IDENTIFYING DATA | 2019_20 |
Subject | MODELLING AND DYNAMIC SIMULATION OF ENERGY CONVERSION SYSTEMS | Code | 20755202 | |||||
Study programme |
|
Cycle | 2nd | |||||
Descriptors | Credits | Type | Year | Period | ||||
4.5 | Optional |
Competences | Learning outcomes | Contents |
Planning | Methodologies | Personalized attention |
Assessment | Sources of information | Recommendations |
Topic | Sub-topic |
1. Introduction to dynamic simulation. | 1.1. What is TRNSYS? 1.2. Introduction to the interface. Simulation Studio. 1.3. Components in TRNSYS. Main parts of the components. |
2. Initiation with TRNSYS. Use of basic components. | 2.1. Input data reader (Type 9) 2.2. Input functions (Type14) 2.3. Output data writer (Type25) 2.4. Integrator (Type55) 2.5. Equations in TRNSYS 2.6. Practical examples |
3. Simulation and analysis of results. | 3.1. Simulation parameters in TRNSYS. Time step, convergence and simulation tolerance 3.2. Analysis of daily results 3.3. Analysis of monthly and annual results 3.4. Energy balances 3.5. Practical examples |
4. Use of advanced components in TRNSYS. | 4.1. Modeling chillers and boilers. Performance curves 4.2. Modeling of solar thermal collectors 4.3. Thermal storage 4.4. Control on/off with hysteresis 4.5. PID control for temperature and / or flow control 4.6. Practical examples |
5. Modeling of energy conversion systems in TRNSYS | 5.1. Practical example 1: solar thermal system 5.2. Practical example 2: cogeneration system with gas turbine 5.3. Practical example 3: trigeneration system with internal combustion engine |