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Planning and Design
We will provide the access key and as well as the link to the course from 24th of September 2012 here on this page.
Important Note:
The groups are assigned by us to ensure that credits and prior knowledge of the groups are distributed as evenly as possible.
Typically, the group assignment will be announced within the first two weeks of a semester.
Content:
Each semester Planning and
Design of Technical Energy Plants deals with current questions
concerning planning and design of energy-efficient building projects.
Particularty it deals with the supply of closed building complexes
with a demand for cooling, heating and electricity (Combined heat,
power and cooling).
The course "Planning and Design
of Technical Energy Plants" is presented in the first lecture of
"Machine Science" each semester. There, details about the
registration process will be also discussed.
The
assignments are designed as projects and attended by project groups.
The group size (3 - 5 students) depends on the task's complextity and
the available credit points. At the end of the semester there will be
a joint closing presentation for all groups.
Typical tasks
have been for example:
1) Combined heat, power and cooling
in offices
- Registration and estimation of building
parameters
- Cooling and heating load computation
-
Creating cooling and heating concepts for buildings with existing
hydraulics
- Selection and economic or energetic evaluation of
different supply concepts
2) Combined heat, power and cooling in computer data
centers
- Discuss the problem
- Development and comparison
of methods of resolution (central/decentral)
- Economic and
energetic evaluation of methods and solutions
3) Waste heat utilization in computer data centers
-
Potential analysis of waste heat
- Potential analysis of
utilization of low temperature heat near server rooms
-
Overwiew of prospect heat pump systems
- Economic and energetic
evalution of methods of resolution
Due to workload
and complexity of the tasks we recommend this course to students that
have already successfully passed the lectures "Machine Science I
& II" and ideally "Refrigeration Technology" or
comparable courses.