HVAC Load Calculation with TRACE 700 Software

Name: HVAC Load Calculation with TRACE 700 Software
Rating: 4.6 (5 reviews)

Master HVAC Load Calculations with TRACE 700: Step-by-Step Guide for Accurate System Design & Energy Analysis

Created bySajjad Ansari

Last updated 3/2025

English

What you'll learn

Learn step-by-step how to calculate cooling and heating loads using TRACE 700 software for various building types.
Gain a strong foundation in HVAC load analysis, including internal, external, and ventilation loads.
Master the interface, tools, and functions of TRACE 700 to create detailed load calculation reports.
Learn how to analyze results and select the right HVAC equipment for energy-efficient system performance.

Course content

9 sections • 26 lectures • 4h 44m total length

1.1 Fundamentals of Heating & Cooling load26:37
1.2 Overview of TRACE 700 software11:46
1.3 Installation and Setup of TRACE 700 Software4:50

5.1 Creating Rooms- Single Worksheet5:37
Enter room data in TRACE 700 using the single sheet tab, name rooms, enter length and width, and apply the template to capture walls, roofs, and internal loads.
5.2 Creating Rooms- Rooms5:41
5.3 Creating Rooms - Roofs11:29
5.4 Creating Rooms-Walls24:52
5.5 Creating Rooms - Internal Loads10:59
Enter internal load details for classrooms and offices in Trace 700, using Ashrae occupant density of 30 people and 20 square feet per person, with miscellaneous and equipment loads.
5.6 Creating Rooms-Airflows11:15
Configure the air flow tab in create room screen to set ventilation and infiltration and apply ASHRAE 62.1 standards, CLG EZ and HTG EZ values for classrooms, offices, and lobbies.
5.7 Creating Rooms-Partition Floors18:40

6.1 Create Systems-Selection6:18
Create an airside system in Trace 700 by selecting system category and type on the selection tab, then apply the settings to size fans, coils, and room loads.
6.2 Create Systems-Options8:54
6.3 Create Systems-Dedicated OA4:40
6.4 Create Systems-Design Temperature or Humidity4:20
6.5 Create Systems-Fan Override4:04
Learn to configure systems-fan override in TRACE 700 by selecting a fan cycling schedule (including occupancy-based cycling), setting static pressure for an AHU, and applying changes.
6.6 Create Systems-Heating & Cooling Coil Override5:38
Explore the coil tab in Trace 700 to set capacity overrides for main cooling and heating coils and apply internal heat gain and lighting diversity factor.
6.7 Create Systems-Schematic5:03

Requirements

Basic Understanding of HVAC Systems
General Engineering or MEP Knowledge
Access to TRACE 700 Software
Basic Computer Skills

Description

Accurate HVAC load calculations are essential for designing energy-efficient and properly sized HVAC systems. This comprehensive course provides a step-by-step guide to performing cooling and heating load calculations using TRACE 700 Software—one of the most widely used tools in the HVAC industry.

What You Will Learn

The fundamentals of HVAC load calculations and their importance in system design.
How to navigate and utilize TRACE 700 software for precise load analysis.
Methods to input building parameters, internal loads, weather data, and ventilation requirements.
Techniques for interpreting load calculation reports to optimize HVAC system performance.
Best practices for selecting HVAC equipment based on calculated loads.
Real-world case studies to apply theoretical concepts in practical scenarios.

Why Take This Course?

This course is designed to bridge the gap between theoretical HVAC principles and practical application using software tools. Whether you are a student, HVAC professional, mechanical engineer, or energy analyst, this course will help you develop essential skills to perform load calculations with confidence.

Who Should Enroll?

HVAC Engineers & Designers looking to enhance their load calculation expertise.
MEP Engineers & Consultants working on building HVAC systems.
Mechanical Engineering Students & Graduates aiming to learn industry-relevant software.
Energy Analysts & Sustainability Consultants focused on building efficiency.
Construction & Project Managers involved in HVAC design and planning.

Course Requirements

Basic understanding of HVAC systems and load components (recommended but not mandatory).
Access to TRACE 700 Software (trial or licensed version preferred).
General knowledge of MEP engineering concepts is beneficial.
Basic computer skills to navigate software applications.

This course is structured with clear explanations, hands-on demonstrations, and real-world examples to ensure that learners can confidently apply HVAC load calculations in their projects.

Enroll now and take the next step in mastering HVAC Load Calculation with TRACE 700 Software!

Who this course is for:

HVAC Engineers & Designers
MEP Engineers & Consultants
Mechanical Engineering Students & Graduates
Energy Analysts & Sustainability Consultants
Construction & Project Managers

HVAC Load Calculation with TRACE 700 Software

What you'll learn

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Course content

Module 01 Introduction to HVAC System3 lectures • 43min

Module 02 Creating a Zone Plan1 lecture • 31min

Module 03 Determining Location & Weather Data1 lecture • 23min

Module 04 Creating Room Space Templates4 lectures • 45min

Module 05 Creating Rooms7 lectures • 1hr 29min

Module 06 Creating System7 lectures • 39min

Module 07 Assigning Rooms to Systems1 lecture • 3min

Module 08 Calculating & Viewing Results1 lecture • 7min

Module 09 Exporting Load Calculation1 lecture • 5min

Requirements

Description

Who this course is for: