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HVAC Heat Load Calculation (HAP): Step by Step Easy Guide

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HVAC Heat Load Calculation (HAP): Step by Step Easy Guide, available at $19.99, has an average rating of 4.42, with 41 lectures, based on 6 reviews, and has 57 subscribers.

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You will learn about Detailed Heat Load Calculation in HAP for HVAC system Heat Load Calculations (HAP) Step by Step Simple Guide Best Way to Learn Heat Load Calculation using HAP Heat Load Calculation using Hourly Analysis Program (HAP) This course is ideal for individuals who are HVAC Design Engineer or Engineering professionals or Engineering Students or HVAC Professionals or Mechanical Engineers It is particularly useful for HVAC Design Engineer or Engineering professionals or Engineering Students or HVAC Professionals or Mechanical Engineers.

Enroll now: HVAC Heat Load Calculation (HAP): Step by Step Easy Guide

Summary

Title: HVAC Heat Load Calculation (HAP): Step by Step Easy Guide

Price: $19.99

Average Rating: 4.42

Number of Lectures: 41

Number of Published Lectures: 41

Number of Curriculum Items: 41

Number of Published Curriculum Objects: 41

Original Price: $39.99

Quality Status: approved

Status: Live

What You Will Learn

  • Detailed Heat Load Calculation in HAP for HVAC system
  • Heat Load Calculations (HAP) Step by Step Simple Guide
  • Best Way to Learn Heat Load Calculation using HAP
  • Heat Load Calculation using Hourly Analysis Program (HAP)

Who Should Attend

  • HVAC Design Engineer
  • Engineering professionals
  • Engineering Students
  • HVAC Professionals
  • Mechanical Engineers

Target Audiences

  • HVAC Design Engineer
  • Engineering professionals
  • Engineering Students
  • HVAC Professionals
  • Mechanical Engineers

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.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction to HAP

Lecture 2: Route Map to Our Learning

Lecture 3: How to Install HAP Softwarer

Chapter 2: Weather Data & Properties

Lecture 1: Weather Design Parameter Inputs

Lecture 2: Design Simulation Inputs

Lecture 3: Actual Weather data Inputs

Chapter 3: Create Schedule

Lecture 1: Schedule for People

Lecture 2: Schedule for Lights & Fan

Chapter 4: Defining Wall & Partitions & Inputs

Lecture 1: Concept of U Factor or Overall Heat Transfer Coefficient

Lecture 2: How to Define Walls?

Lecture 3: How to Define Partitions?

Chapter 5: Defining Roof, Ceiling, Floor & Inputs

Lecture 1: Introduction to Roof, Ceiling & Floor with Heat Flow

Lecture 2: How to Define Roof?

Lecture 3: How to Define Ceiling

Lecture 4: How to Define Floor?

Chapter 6: Defining Windows, Doors & Inputs

Lecture 1: How to Define Windows?

Lecture 2: How to Define Doors?

Chapter 7: Defining Shades & Inputs

Lecture 1: Introduction to Shades

Lecture 2: How to Define Shades?

Chapter 8: Space Inputs & Properties

Lecture 1: General

Lecture 2: Internals

Lecture 3: Walls, Windows & Doors

Lecture 4: Roofs & Skylights

Lecture 5: Infiltration

Lecture 6: Floors Above Conditioned & Unconditioned Space

Lecture 7: Slab Floor on Grade & Below Grade

Lecture 8: Partitions

Lecture 9: Space Input Data Reports

Chapter 9: System Inputs & Properties

Lecture 1: General

Lecture 2: System Components

Lecture 3: Zone Components

Lecture 4: Sizing Data & Equipment

Lecture 5: System Input Reports

Lecture 6: System Design Summary

Chapter 10: Practical Project HAP Calculation Example & Explanation

Lecture 1: Project Details, Drawings & Documents

Lecture 2: Practical project HAP Weather Inputs

Lecture 3: Practical project HAP Schedules & U Factors

Lecture 4: Practical project HAP Space & System Inputs

Lecture 5: Practical Project HAP Outputs

Lecture 6: Practical Project Drawings &, 3D Model

Lecture 7: Conclusion

Instructors

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Frequently Asked Questions


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