Maximising Green Design through Building Autonmation (ELECTIVE) Central

Course details

Course Outlines
Concepts of IAQ Control
- Indoor Environmental Quality & Human
Productivity
- Indoor Air Quality Factors, Contaminants and
Toxins
- IAQ Areas of Increasing Concern Fine
Particulates, VOCs and Biochemical Toxins
Concepts on HVAC controls
- Why is HVAC Controls Important?
- Concept of Comfort
- The Living Building
- Control Modes
- Deployment of Green Chemistry
Photocatalytic Oxidation (PCO) for IAQ
Enhancement
- Unique Applications of Photocatalytic
Oxidation in Green Buildings
Building Automation System Basics
- Overview of a Building Automation System (BAS)
- Major Components of a BAS User Interface,
Controllers and Input/Output Devices
- BAS System Architecture
- Convergence of Building Control and Data
Technologies
- Integration of Building Services with IP
Converged Network
Concepts on IAQ controls
- Why is HVAC Controls Important?
- Achieving Thermal Comfort
- Concept of Radiant Heat and Radiant Heat
Compensation
- Control Modes from Two-Position Control to PID
- Feed-back and Feed-forward Control
- Design Philosophy for Effective HVAC Control
- AHU / FCU Control Applications
- Understanding the Psychrometric Chart
- RH Control Strategies
- Variable Air Volume Systems
- Effective VAV Box Controls
- Fan Pressure Optimization for VAV Systems
- Chiller Plant Control Systems
Energy Saving Strategies
- Concepts of Energy Efficiency
- Energy Benchmarking
- Fundamental Components of Energy Management
Programme
- Cost of Energy
- Peak Load Shifting Strategy & Thermal Storage
- Power Factor Correction
- Energy Metering and Accounting
- Energy Conservation Lighting Systems
- Daylighting Options, Advanced Optical Systems,
Smart Windows, Fibre-Coupled Sunlight
- Daylight Harvesting
- Lighting Sweep Strategies
- Green Energy Systems
- Energy Recycling and Heat Recovery
- Displacement Cooling
- Chiller Plant Optimization Strategies Plant
Configuration, Sequencing, Stretching, Tracking and
Reset Strategies, Auto Adaptive Controls
Green Building Case Studies
- Tan Tock Seng Hospital
- Seagate W3 Plant
- Khoo Teck Puat Hospital
Lessons Learn
- Recipe for Successful Green Buildings
- Understanding the Fundamentals is Important
- A Case for Metering
- A Case for Commissioning
- Evolution of Technologies
- Life Cycle Costs Versus First CostsCourse Lecturers
Mr Lui Wing Sin is General Manager of GETC Asia Pte Ltd, a subsidiary of CNA Group Ltd and also a
Senior Consultant in CNA Group Ltd. He is responsible for driving energy, indoor environmental quality and
green initiatives for the group. Mr Lui has 30 years of experience in the controls and automation industry.
He has worked for multinational control companies including Honeywell and Invensys Process Systems
and was Chief Operating Officer of CNA from 2000 to 2007. He takes an active interest in public speaking
and is a featured speaker in various industry related conferences and seminars in Asia in areas of energy
management, indoor air quality solutions and green renewable energies. Mr Lui graduated with a Bachelor
of Electrical Engineering (Hons) in 1976 from Monash University in Australia. He has acted in the capacity as
Energy and Green Mark Consultant for many buildings in Singapore and has been instrumental in helping
many building owners win energy and environmental awardsAward
Certificate of Accomplishment (COA) will
be awarded to participants who meet the
75% attendance requirement.
CPD Points
PEB : 7 PDUs
BOA-SIA: 4 CPD Points