Heat Load Calculation Using HAP Software

Our HAP course is designed to provide practical, industry-relevant training that prepares participants to confidently perform HVAC load calculations, equipment sizing, and energy analysis using Carrier's Hourly Analysis Program (HAP).

Why Choose This Course?

• Industry-Recognized Software – Learn to use one of the most widely adopted HVAC design and energy modeling tools in the industry.

• Hands-On Practical Training – Gain experience through real-world commercial building projects and guided exercises.

• Comprehensive HVAC Design Skills – Learn cooling and heating load calculations, system sizing, psychrometric analysis, and energy simulation in a structured workflow.

• Energy-Efficient Design – Develop the skills to evaluate energy consumption, compare system alternatives, and support sustainable building design.

• Expert-Led Instruction – Learn from experienced HVAC professionals with practical design and consulting experience.

• Real Project Applications – Apply HAP to office buildings, hospitals, hotels,educational facilities, and other commercial projects.

This course covers the essential concepts and practical applications of Carrier's Hourly Analysis Program (HAP) for HVAC system design and energy analysis.

Module 1: Introduction to HAP

• Overview of HAP software

• User interface and project workflow

• Applications in HVAC design and energy modeling

Module 2: HVAC Design Fundamentals

• Heat transfer principles

• Cooling and heating load concepts

• Indoor and outdoor design conditions

• Psychrometric fundamentals

Module 3: Building Modeling

• Creating projects and building models

• Defining spaces and thermal zones

• Building envelope components

• Walls, roofs, floors, windows, and shading devices

• Internal heat gains and occupancy schedules

Module 4: Weather Data and Design Conditions

• Weather file selection

• Design-day weather data

• Climate considerations for HVAC design

Module 5: Load Calculations

• Space cooling and heating loads

• Zone and system load calculations

• Sensible and latent heat analysis

• Ventilation and outdoor air loads

• Peak load determination

Module 6: HVAC System Design

• Air system selection

• Airflow calculations

• Equipment sizing

• Fan and duct system considerations

• Chiller and boiler sizing

• Variable Air Volume (VAV) systems

• Constant Air Volume (CAV) systems

• Dedicated Outdoor Air Systems (DOAS)

• Variable Refrigerant Flow (VRF) systems

Module 7: Energy Modeling

• Annual energy simulation

• Utility tariff setup

• Energy consumption analysis

• Operating cost comparison

• Evaluating alternative HVAC system designs

Module 8: Results and Reporting

• Load calculation reports

• Equipment sizing reports

• Energy performance reports

• System summaries

• Interpreting simulation results

Module 9: Practical Applications

• Commercial office building case study

• Hotel and hospitality projects

• Healthcare facilities

• Educational buildings

• Retail and mixed-use developments

• Complete HVAC design project using HAP