Download HVAC Design and HAP Software Mastery: A Comprehensive Guide 2024

Chapter 1: Weather Condition

• Section 1: Weather Parameters
  • Understand how weather parameters affect HVAC design.
• Section 2: Psychometric Chart
  • Learn to interpret psychometric charts for HVAC applications.
• Section 3: ASHRAE Meteo
  • Utilize ASHRAE meteorological data for precise HVAC calculations.

Chapter 2: Understanding Architectural Layout

• Analyze how architectural layouts influence HVAC system design.

Chapter 3: Thermal Loads

• Section 1: Thermal Load
  • Grasp the fundamentals of calculating thermal loads.
• Section 2: Walls and Partitions
  • Study the impact of different wall and partition types on thermal load.
• Section 3: Exterior Wall and Skylight
  • Evaluate the thermal effects of exterior walls and skylights.

Chapter 4: Ventilation

• Learn the importance of ventilation in maintaining indoor air quality and energy efficiency.

Chapter 5: Thermal Load (Advanced)

• Section 1: Thermal Load (Advanced)
  • Dive deeper into advanced methods for calculating thermal loads.
• Section 2: Walls and Partitions (Advanced)
  • Explore complex scenarios involving walls and partitions.
• Section 3: Exterior Wall and Skylight (Advanced)
  • Further study the effects of exterior elements on thermal loads.

Chapter 6: HAP Input Library

• Section 1: Weather Input
  • Learn to accurately input weather data into HAP for simulations.
• Section 2: Schedules
  • Master creating and managing schedules in HAP to reflect building usage patterns.
• Section 3: Walls Properties
  • Input and modify wall properties in HAP to reflect real-world scenarios.
• Section 4: Windows and Skylight
  • Add and customize windows and skylights in HAP for accurate load calculations.
• Section 5: Shades
  • Model shading devices in HAP to assess their impact on energy efficiency.

Chapter 7: HAP Space Input

• Discover how to define and configure spaces in HAP, crucial for accurate load calculations and system design.

Chapter 8: HVAC Systems

• Section 1: HVAC System Input
  • Get started with inputting comprehensive HVAC system data in HAP.
• Section 2: HVAC DX Systems
  • Explore the design and simulation of DX (Direct Expansion) systems using HAP.
• Section 3: HVAC Zoning System
  • Learn the principles of HVAC zoning and its simulation in HAP.
• Section 4: HVAC Equipment Selection
  • Understand how to select the right HVAC equipment based on HAP outputs.
• Section 5: HVAC Chiller System
  • Study the design and operation of chiller systems using HAP.
• Section 6: HVAC Fresh Air Unit System
  • Model and simulate fresh air units in HAP to ensure optimal indoor air quality.

Chapter 9: Extra Chapter

• Section 1: Air Terminals
  • Learn about air terminals, their types, and how to incorporate them into your HVAC design using HAP.

Who Should Enroll:

• Fresh graduate mechanical engineers eager to build a solid foundation in HVAC design and learn the HAP software.
• Professionals seeking to enhance their HVAC design skills with hands-on HAP software training.

• Section 1: Weather condition
• Lecture 1 Weather parameters
• Lecture 2 Psychometric Chart
• Lecture 3 ASHRAE meteo
• Section 2: Understanding Architectural layout
• Lecture 4 Understanding Architectural layout
• Section 3: Thermal Loads
• Lecture 5 Thermal load
• Lecture 6 Walls and partitions
• Lecture 7 Exterior wall and skylight
• Section 4: Ventillation and infiltration
• Lecture 8 Ventillation and infiltration
• Section 5: Creating a project
• Lecture 9 Creating a HAP project
• Section 6: HAP Input Library
• Lecture 10 Weather Input
• Lecture 11 Schedules
• Lecture 12 Wall Properties
• Lecture 13 Windows and Skylight
• Lecture 14 Shades
• Section 7: HAP Space Input
• Lecture 15 HAP Space Input
• Section 8: HVAC System
• Lecture 16 HVAC system input
• Lecture 17 HVAC DX systems
• Lecture 18 HVAC Zoning System
• Lecture 19 HVAC Equipments selection
• Lecture 20 HVAC Chiller system
• Lecture 21 HVAC Fresh Air Unit system
• Section 9: Extra Chapter
• Lecture 22 Air terminals