Air Conditioning System Design

Course level:Intermediate

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Air Conditioning System Design

This course provides a comprehensive understanding of air conditioning system design, including components, system classification, heat transfer principles, load calculations, refrigeration cycles, air systems, energy management, and system commissioning. Participants will gain both theoretical and practical knowledge for designing and maintaining efficient HVAC systems.

Air conditioning system components and design principles
HVAC system classification and selection methods
Load calculation and thermal design fundamentals
Refrigeration cycles and system operations
Air distribution and indoor air quality control
Energy management and sustainability practices
Commissioning and maintenance procedures

Course Curriculum

Components of an Air Conditioner

Compressor, Condenser Coil, Thermostat, Evaporator, Air Handler and Blowing Unit

00:20

Classification of the Air Conditioning System

Classification based on major function

00:20
Classification based on the season in the year

00:18
Classification based on equipment arrangement

00:21
Types of the air conditioning system

00:20
Central Air Conditioning

00:18
Ductless, Mini-Split Air Conditioner

00:21
Window Air Conditioner

00:20
Portable Air Conditioner

00:18
Geothermal Heating and Cooling

00:21
Hybrid Air Conditioners

00:20

Heat and Moisture Transfer through Building Envelope

Indoor and Outdoor Design Conditions

Energy Management and Control Systems

Load Calculations

Water Systems

Heating Systems, Furnaces, and Boilers

Refrigeration Systems Components

Heat Pumps, Heat Recovery, Gas Cooling, and Cogeneration Systems

Air Systems

Components: Fans, Coils, Filters, Humidifiers

00:20
Equipment

00:18
Air-Handling Units and Packaged Units

00:21
Air Duct Design

00:20
Space Air Diffusion

00:18
Sound Control

00:21
Basics and Constant-Volume Systems

00:20
Variable-Air-Volume Systems

00:18
VAV Systems

00:21
Fan Combination

00:20
System Pressure

00:18
Smoke Control

00:21
Minimum Ventilation and VAV System Controls

00:20

Improving Indoor Air Quality

Air Conditioning Systems: System Classification, Selection, and Individual Systems

Commissioning and Maintenance

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Air Conditioning System Design

Air Conditioning System Design

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Course Curriculum

Components of an Air Conditioner

Compressor, Condenser Coil, Thermostat, Evaporator, Air Handler and Blowing Unit

Classification of the Air Conditioning System

Classification based on major function

Classification based on the season in the year

Classification based on equipment arrangement

Types of the air conditioning system

Central Air Conditioning

Ductless, Mini-Split Air Conditioner

Window Air Conditioner

Portable Air Conditioner

Geothermal Heating and Cooling

Hybrid Air Conditioners

Heat and Moisture Transfer through Building Envelope

Heat and moisture transfer principles through building structures and envelope systems affecting indoor climate and efficiency.

Indoor and Outdoor Design Conditions

Study of environmental design parameters for indoor comfort and outdoor climate considerations in HVAC system design.

Energy Management and Control Systems

Energy efficiency strategies and control systems used in modern HVAC operations.

Load Calculations

Methods and principles for calculating heating and cooling loads in building systems.

Water Systems

Design and operation of water-based HVAC systems and distribution networks.

Heating Systems, Furnaces, and Boilers

Overview and design principles of heating systems including furnaces and boilers used in HVAC applications.

Refrigeration Systems Components

Refrigeration Systems Reciprocating, Rotary, Scroll, and Screw

Refrigeration Systems Centrifugal

Refrigeration Systems Absorption

Heat Pumps, Heat Recovery, Gas Cooling, and Cogeneration Systems

Principles and applications of heat pumps, heat recovery systems, gas cooling, and cogeneration technologies.

Air Systems

Components: Fans, Coils, Filters, Humidifiers

Equipment

Air-Handling Units and Packaged Units

Air Duct Design

Space Air Diffusion

Sound Control

Basics and Constant-Volume Systems

Variable-Air-Volume Systems

VAV Systems

Fan Combination

System Pressure

Smoke Control

Minimum Ventilation and VAV System Controls

Improving Indoor Air Quality

Techniques and strategies to improve indoor air quality in residential and industrial environments.

Energy Management and Global Warming

Air Conditioning Systems: System Classification, Selection, and Individual Systems

Evaporative Cooling Systems and Evaporative Coolers

Space Conditioning Systems

Packaged Systems and Desiccant-Based Systems

Central Systems and Clean-Room Systems

Thermal Storage Systems

Commissioning and Maintenance

Procedures for commissioning HVAC systems and maintaining long-term operational efficiency.

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