Study Guide

Objective

After taking part in this module, the student:
- knows the basic principles of district heating and cooling (DHC)

- can scale different DHC components and equipment

- can compare the suitability of different energy distribution systems utilizing both economic and environmental impact indicators

- knows the basic principles of smart grids

- can compare the suitability of different energy distribution systems utilizing both economic and environmental impact indicators

- knows the basic principles of smart grids.

Materials

Its- Learning material
Lecture material

Teaching methods

Lectures
Homework
Exercises, e.g. Creating a PI chart

Exam schedules

Examination in the last scheduled lesson
Re-take examination according EY-technology common examination days
Re-take examination amounts according TUAS instructions

International connections

Lectures
Homework
Exercises
Class teaching present

Completion alternatives

Evaluated separately according to the proposals. The performance should show an increase in know-how related to energy distribution

Student workload

Student workload according to the credit instructions
5 points

Content scheduling

After completing the course, the student:
- Understand the operation of district heating and cooling equipment
- Can dimension components of district heating and cooling equipment
- Understand the environmental impact of energy distribution
- Can interpret piping diagrams and determine the type of connection
- Can draw and interpret a PI chart
- Basics of gas distribution and energy transmission
- Other current affairs

Evaluation scale

H-5

Assessment methods and criteria

Examination
exercise task
Home work
Activity

Assessment criteria, fail (0)

Exam less than 40% of points
Possible assignment without return
Mandatory tasks not returned

Assessment criteria, excellent (5)

Excellent performance in the examination
Excellent group work / seminar work
Active collaboration