HVAC Heat Load Calculation (HAP): Step by Step Complete Guide with Practical Example

Md Firan Mondal

Senior HVAC Engineer | CEng, MIMechE, UK...

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350 Min

This course format through pre-recorded video. You can buy and watch it to learn at any time.

₹ 799

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Mastering "HVAC Heat Load Calculation (HAP): Step by Step Complete Guide with Practical Examples" propels career growth for HVAC engineers, designers, and technicians. Professionals can transition into senior roles like HVAC Design Engineer, Building Services Manager, or Energy Efficiency Specialist, or specialize in HVAC system design, energy auditing, and building performance optimization. Expertise in HVAC heat load calculation enhances job prospects, earning potential, and leadership opportunities, ensuring accurate and efficient HVAC system design, energy savings, and compliance with industry standards and building codes. This comprehensive guide enables professionals to deliver high-performance buildings and sustainable solutions.

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Key topics covered

Heat Load calculation
Hourly Analysis Program
HAP
How to do heat load calculation

Course Details

Welcome to our Step-by-Step Guide for Heat Load Calculation by using Hourly Analysis Program (HAP). This software is widely used to design HVAC systems in various industries. This unique online comprehensive course is designed to provide you the best and simplest way to learn heat load calculation for HVAC system. Moreover, it is represented with practical examples and explained each term to understand the software very easily. All the theories are included to avert any kind of distraction from the course.

Let's see what you will get from this course:

1) Section 1: Introduction

A Brief Introduction to HAP
Route map to Our Learning
How to install the software

2) Section 2: Weather Data & Properties

Weather Design Parameter Inputs
Design Simulation Inputs
Actual Weather Data Inputs

3) Section 3: Create Schedule

Schedule for People
Schedule for Lights & Fan

4) Section 4: Defining Wall & Partitions & Inputs

Concept of U Factor or Overall Heat Transfer Coefficient
How to Define Walls?
How to Define Partitions?

5) Section 5: Defining Roof, Ceiling, Floor & Inputs

Introduction to Roof, Ceiling & Floor with Heat Flow
How to Define Roof?
How to Define Ceiling
How to Define Floor?

6) Section 6: Defining Windows, Doors & Inputs

How to Define Windows?
How to Define Doors?

7) Section 7: Defining Shades & Inputs

Introduction to Shades
How to Define Shades?

8) Section 8: Space Inputs & Properties

How to input for General?
How to input for Internals?
How to input for Walls, Windows, and doors?
How to input for Roofs & Skylights?
How to input for Infiltration?
How to input for Floors above Conditioned and unconditioned Space?
How to input for Slab Floors on Grade & Below Grade?
How to input for Partitions?
How to Get Space Input Data Reports?

9) Section 9: System Inputs & Properties

How to inputs for General?
How to input for system components?
How to input for zone components?
How to input for sizing data & equipment?
System input reports
System Design Reports

10) Section 10: Practical Project HAP Calculation Example & Explanation

Project Details, Drawings & Documents
Practical project HAP Weather Inputs
Practical project HAP Schedules & U Factors
Practical project HAP Space & System Inputs
Practical project HAP Outputs
Practical Drawings & Models
Conclusion

The practical example is included at the end of this course in such a way that you will learn how to do heat load calculation in various industries which will enhance your skills, make you very confident, and help your professional growth by using HAP software in any kind of HVAC project.