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Welcome
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Technical
Visit: CLP Smart Grid Experience Centre (SGEC) and
Power Quality Workshop (PQW) (8-Mar-2016)
[G A L L E R Y]
[Wishlist on BEMCS by Our
Students]
Level: |
3 / 4
|
Duration: |
Second
semester |
Credit
Units: |
6
credits |
Prerequisite: |
None |
Calendar
Entry: |
Concepts
of distributed computer-based monitoring and
control; hardware and software development;
communication protocols; application to
maintenance, energy management and control;
system design and performance evaluation;
computer simulation and emulation techniques;
analysis of dynamic building services systems. |
Objectives: |
To
introduce students to the basic concepts of
computer-based integrated monitoring, control
and energy management for building services
installations.
To
enable students to understand the principles
of design and operation of building energy
management and control systems (EMCS) and
their applications to modern buildings.
To
enable students to understand modern methods
of performance analysis of building services
systems using building EMCS.
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Assessment
Methods: |
Examination
(70%); practical work (10%); continuous
assessment (20%) |
Course
Website: |
http://me.hku.hk/bse/mech3023/ |
Course Content:
The course
covers the fundamental principles, applications and
future development potentials of EMCS which have
become indispensable for modern buildings. The
students have the opportunity to perform laboratory
experiments or to undertake mini-projects to better
understand the application of knowledge acquired. The
students will be able to apply the knowledge acquired
to the specification, selection and system enhancement
of building EMCS.
This course
is related to the Level 3 courses BBSE3004 Air
Conditioning and Refrigeration and MECH3005 Building
Services. The teaching/learning in this course will be
supported by audio/visual aids, Web-based resources
and group discussions. Satisfactory attendance rate
and active class participation are expected and
required.
Lectures
and Assigned Readings
The detailed
list of lecture/topics is contained in the Course
Schedule. The lectures provide the conceptual
framework for the course and will also be supplemented
with assigned readings if necessary. Students are
recommended to complete all the assigned readings on
their own time so that questions which may arise can
be discussed more fully. Students are expected to have
a working understanding of the lecture and reading
materials.
Course
Website (http://me.hku.hk/bse/mech3023/)
Updated
information of the course can be found on the course
website. Students are encouraged to visit and make use
of the website to support their learning. They may
review the lecture materials online and study the
linked references when reviewing the topics.
References:
- American
Technical Publishers, 2008. Building Automation:
Control Devices and Applications, American
Technical Publishers, Homewood,
Ill. [696
A512 b]
- CIBSE, 2012. Energy Efficiency in Buildings, CIBSE Guide F, 3rd ed., Chartered Institution of Building
Services Engineers, London. [696 E56 C4g]
- CIBSE,
2009. Building Control Systems, CIBSE Guide
H, 2nd ed., Butterworth-Heinemann, Oxford. [696
B93 C]
- Carlson,
R. A. and Di Giandomenico, R. A., 1991. Understanding
Building Automation Systems: Direct Digital
Control, Energy Management, Life Safety,
Security/Access Control, Lighting, Building
Management Programs, R.S. Means Co., Kingston,
Mass. [696
C28]
- Coffin,
M. J., 1998. Direct Digital Control for Building
HVAC Systems, 2nd ed., Kluwer Academic
Publishers. [697
C67]
- EMSD,
2002. Guidelines on Application of Central
Control and Monitoring Systems, Energy
Efficiency Office, Electrical and Mechanical
Services Department (EMSD), Hong Kong. [available
from http://www.emsd.gov.hk]
- Haines,
R. W. and Hittle, D.
C., 2006. Control
Systems for Heating, Ventilating, and Air
Conditioning, 6th ed., Springer,
New York. [697
H1]
- Honeywell,
1997. Engineering Manual of Automatic Control
for Commercial Buildings - Heating, Ventilating,
Air Conditioning, SI Edition., Honeywell,
Inc., Minneapolis, MN. [PDF]
- Horan,
T. J., 1997. Control Systems and Applications
for HVAC/R, Prentice Hall, Upper Saddle River,
N.J., pp. 260-264. [697
H811
c]
- Levermore,
G. J., 2000. Building Energy Management Systems:
Application to Low-energy HVAC and Natural
Ventilation Control, 2nd ed., E & FN Spon,
London & New York. [696
L661
b]
- Lewry,
A., 2012. Energy Management in the Built
Environment: A Review of Best Practice,
IHS BRE Press, Garston,
England. [P 696
L67]
- McDowall,
R. and Montgomery, R., 2011. Fundamentals
of HVAC Control Systems, American Society of
Heating, Refrigerating and Air-Conditioning
Engineers, Atlanta,
GA. [697
T24]
- Montgomery,
R. and McDowall, R., 2008. Fundamentals of HVAC
Control Systems, American Society of Heating,
Refrigerating and Air-Conditioning Engineers, Inc.,
Atlanta, GA. [ScienceDirect]
- Panke,
R. A., 2002. Energy Management Systems and
Direct Digital Control, Fairmont Press,
Lilburn, GA. [658.2
P193
e]
- Shadpour,
F., 2001. The Fundamentals of HVAC Direct
Digital Control: Practical Applications and Design,
2nd ed., Chapters 1-3 & 9-11, Hacienda Blue,
Escondido, CA. [697
S52]
- Underwood,
C. P., 1999. HVAC Control Systems: Modelling,
Analysis and Design, E & FN Spon, London
& New York. [697
U55]
- Wang,
Shengwei, 2010. Intelligent Buildings and
Building Automation, Spon Press, London and
New York. [696
W246 i61][ebook
via MyiLibrary]
Web
Links:
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