HVAC Load Calculation Manual, Excel form and HAP Software from Udemy

This online HVAC course will teach you all the concepts of HVAC Load Calculation from very basic to pro level. Many animations are also used for a better understanding of concepts.

The basic course outline is as follows:

Cooling Load Calculation (MANUAL)

Introduction
Overall Heat Transfer Coefficient (U)
Common Load Temperature Difference (CLTD)
External Cooling Load

Conduction Through Wall

Conduction Through Roof

Conduction Through Glass

Solar Load Through Glass

Conduction Through Partition

Conduction Through Ceiling

Conduction Through Floor

Infiltration Load

Ventilation Load

Internal Cooling Load

People

Lighting

Equipment & Appliances

Cooling Load Calculation (E-20 excel form)

Cooling Load Calculation (HAP Software)

Getting Familiar With HAP
Defining Weather Properties
Creating Schedules
Defining Walls and Partitions
Defining Roofs, Ceilings and Floor
Defining Windows and Doors
Defining Shades
Creating Spaces_Part 1
Creating Spaces_Part 2
Creating Spaces_Part 3
Selection of HVAC System

Many sample projects are also included in this HVAC training.

This HVAC design course has been designed keeping in mind the comfort of both online and offline learners.

What else will you get?

Free E-20 Excel Sheet For Load Calculation
Doubts answered in less than 1 day
Free Handbooks
Free Data Book
Downloadable Files/Links of Free Software
Lifetime Course Access
Sample Buildings Plans and Elevations for Project
Quizzes and Assignments
Certificate of Completion

After the completion of the course, you will have the skill of HVAC Designer and you can perform load calculation of any HVAC system.

Go ahead and take the course and become an expert in HVAC Load Calculation.

Here at Augmintech, We coach engineering students and working professionals for better career opportunities. Our trainers have experience teaching students from more than 100 countries. They understand the needs of different students whether it is pace, comfort, mindset, etc. They are the best creators from designing courses to final delivery. We design all our courses keeping in mind the comfort of both Online and Offline Learners. Our support team makes sure that you get your doubts clarified as soon as we receive them. WE are on a mission to train Engineers in the most attractive and easiest way and make them FIELD READY. This HVAC course is the first we have launched and we intend to deliver almost all that an Engineer would require. So you can also post what next course would you like us to launch.

Enroll Now and Welcome to Augmintech .

What's inside

Learning objectives

Understand types of loads in hvac
Perform load calculation manually
Perform load calculation using excel e 20 sheet

Perform load calculation using hap software
Perform load calculation for any type of hvac systems

Understand types of loads in hvac
Perform load calculation manually
Perform load calculation using excel e 20 sheet
Perform load calculation using hap software
Perform load calculation for any type of hvac systems

Syllabus

Load Calculation Manually

Introduction

Determine U Value

Determine CLTD Value

Calculate External Cooling Load

Calculate Internal Cooling Load

Load Calculation using E-20 Excel Sheet

Load Calculation using Excel Sheet

Load Calculation using HAP Software

Getting Familiar with HAP

Defining Weather Properties

Creating Schedules

Defining Walls and Partitions

Defining Roofs, Ceilings and Floors

Defining Windows and Doors

Defining Shades

Creating Spaces Part 1

Creating Spaces Part 2

Creating Spaces Part 3

Defining Systems

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in HVAC Load Calculation Manual, Excel form and HAP Software with these activities:

Review Thermodynamics Principles

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Reinforce your understanding of thermodynamics, which is fundamental to understanding heat transfer and cooling loads in HVAC systems.

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Review key concepts like enthalpy, entropy, and specific heat.
Work through practice problems related to heat transfer.
Consult textbooks or online resources for clarification.

Heat Transfer

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Study the principles of heat transfer to better understand how heat gains and losses affect HVAC load calculations.

View Heat Transfer (Si Units). on Amazon

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Acquire a copy of a reputable heat transfer textbook.
Review chapters on conduction, convection, and radiation.
Relate the concepts to HVAC load calculation scenarios.

ASHRAE Handbook - Fundamentals

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Consult the ASHRAE Handbook for detailed information on heat transfer coefficients, CLTD values, and other parameters used in load calculations.

View 2013 Ashrae Handbook on Amazon

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Obtain the latest edition of the ASHRAE Handbook - Fundamentals.
Focus on chapters related to heat transfer and load calculations.
Use the handbook as a reference while working through the course materials.

Four other activities

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Manual Load Calculation Practice

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Reinforce your understanding of manual load calculation by working through several practice problems with varying building parameters.

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Find sample building plans online or create your own.
Calculate cooling loads manually using the methods taught in the course.
Compare your results with solutions or expected values.

Develop an Excel-Based Load Calculation Tool

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Solidify your understanding of load calculation by creating your own Excel-based tool that automates the process.

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Design the spreadsheet layout with input fields and calculation formulas.
Implement the load calculation equations in Excel formulas.
Test the tool with various building scenarios and compare results.

Explore Advanced HAP Features

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Deepen your HAP software skills by exploring advanced features and functionalities beyond the basic course content.

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Identify advanced features in HAP, such as energy analysis or system optimization.
Find online tutorials or documentation on these features.
Experiment with the features using sample projects or your own designs.

Load Calculation for a Real-World Building

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Apply your knowledge by performing a complete load calculation for a real-world building using manual methods, Excel, and HAP software.

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Obtain architectural plans and specifications for a building.
Perform manual load calculations to understand the underlying principles.
Create an Excel model to automate the calculations.
Use HAP software to verify your results and explore different design options.

Career center

Learners who complete HVAC Load Calculation Manual, Excel form and HAP Software will develop knowledge and skills that may be useful to these careers:

HVAC Engineer

The role of an HVAC Engineer involves designing, developing, and overseeing the installation and maintenance of heating, ventilation, and air conditioning systems. This often requires performing detailed load calculations to ensure systems meet the specific needs of a building or project. This HVAC course provides a comprehensive understanding of HVAC load calculation, encompassing both manual methods and software-based approaches like HAP. Understanding how to calculate cooling load is critical for an HVAC Engineer. This course teaches how to perform load calculations manually, with Excel, and with HAP software which is directly applicable to the responsibilities of an HVAC Engineer.

See salaries and explore the career path for HVAC Engineer

HVAC Design Engineer

As an HVAC Design Engineer, you are responsible for designing and developing HVAC systems for various buildings. This requires in-depth knowledge of load calculation methodologies to ensure systems are appropriately sized and efficient. This HVAC course provides the skills needed to perform load calculations using both manual methods and software. By learning key concepts from the introduction to the overall heat transfer coefficient, the HVAC Design Engineer will benefit from a better understanding of the system.

See salaries and explore the career path for HVAC Design Engineer

HVAC Sales Engineer

As an HVAC Sales Engineer, your role involves selling HVAC equipment and systems to clients. A strong understanding of HVAC principles, including load calculation, helps you recommend the most appropriate and efficient solutions tailored to clients' needs. This HVAC course provides an understanding of load calculation, using both manual methods and software like HAP. By understanding how to define building elements and calculate cooling loads, the Sales Engineer is better equipped to discuss the capabilities with clients.

See salaries and explore the career path for HVAC Sales Engineer

Mechanical Engineer

A Mechanical Engineer may specialize in HVAC systems, requiring them to understand and implement load calculation methodologies. Their work includes designing and analyzing mechanical systems, ensuring they are efficient and effective. This HVAC course introduces the fundamentals of HVAC load calculation from basic to pro level, which supports the design and specification of related systems. The course's coverage of manual calculations as well as using Excel and HAP software provides relevant tools for a Mechanical Engineer working with HVAC systems.

See salaries and explore the career path for Mechanical Engineer

Building Systems Designer

As a Building Systems Designer, you would be responsible for creating efficient and integrated HVAC systems. Accurate load calculations are essential to ensure that heating and cooling systems are appropriately sized and effectively meet the needs of the building. This HVAC course helps to perform load calculations manually, using Excel, and using HAP software. The course provides a clear understanding of how to define building elements within HAP, from walls and roofs to windows and doors.

See salaries and explore the career path for Building Systems Designer

Energy Efficiency Specialist

As an Energy Efficiency Specialist, you work toward strategies for reducing energy consumption in buildings and facilities. Understanding HVAC load calculations is essential for identifying opportunities to optimize heating and cooling systems and improve overall energy performance. This HVAC course provides an understanding of the key parameters affecting energy consumption of HVAC systems and helps to quantify cooling and heating loads for different building configurations. By learning how to calculate loads manually and with software, the Energy Efficiency Specialist can better assist in designing more energy efficient configurations.

See salaries and explore the career path for Energy Efficiency Specialist

Commissioning Agent

A Commissioning Agent ensures that building systems, including HVAC, are installed and functioning according to the design specifications. Understanding HVAC load calculations helps in verifying that the systems are operating efficiently and meeting the intended performance criteria. This HVAC course may provide more insight when optimizing the system for real-world performance. It teaches how to calculate heat transfer coefficients, accounting for infiltration and ventilation, and understand the software.

See salaries and explore the career path for Commissioning Agent

Energy Auditor

An Energy Auditor assesses the energy efficiency of buildings and identifies areas for improvement. Understanding HVAC load calculations helps in determining how efficiently a building's heating and cooling systems operate. This HVAC course helps to understand the factors that contribute to cooling loads, such as conduction through walls and roofs, solar load through glass, and internal loads from people and equipment. This course provides a solid foundation for conducting thorough energy audits.

See salaries and explore the career path for Energy Auditor

Building Performance Analyst

A Building Performance Analyst evaluates the energy performance of buildings and identifies opportunities for improvement. An understanding of HVAC load calculations is important for assessing the efficiency of heating and cooling systems and identifying potential energy savings. This HVAC course may be useful in determining system loads for buildings with various configurations. With more understanding of HAP software, and how to calculate the loads of a system, building performance may be improved.

See salaries and explore the career path for Building Performance Analyst

Sustainability Consultant

A Sustainability Consultant advises clients on sustainable building practices, including efficient HVAC system design. A deep understanding of HVAC load calculations is helpful for recommending energy-saving solutions and optimizing system performance. This HVAC course may be useful as it explains how to use software to estimate building energy loads. The course's coverage of creating schedules and defining building elements within HAP may be useful for understanding and improving building energy efficiency.

See salaries and explore the career path for Sustainability Consultant

Facilities Manager

A Facilities Manager oversees the operation and maintenance of building systems, including HVAC. Knowledge of HVAC load calculations is useful for optimizing system performance, troubleshooting issues, and managing energy consumption. This HVAC course may provide information on how HVAC systems work and how to calculate loads. A Facilities Manager may find the course helpful for understanding the principles behind efficient HVAC operation.

See salaries and explore the career path for Facilities Manager

Construction Project Manager

A Construction Project Manager oversees building projects from start to finish. For projects involving new or upgraded HVAC systems, understanding load calculations helps ensure that the systems are properly designed and installed. This HVAC course may be useful for understanding the basics of HVAC load calculations. The course's coverage of software and manual methods could help a project manager ensure the project's HVAC system is adequate for the building's needs.

See salaries and explore the career path for Construction Project Manager

HVAC Technician

HVAC Technicians install, maintain, and repair HVAC systems. While they may not directly perform load calculations, understanding the principles behind them helps in troubleshooting and optimizing system performance. This HVAC course may provide a broader understanding of the factors that influence system loads. The course could help HVAC Technicians better understand why systems are designed in a particular way.

See salaries and explore the career path for HVAC Technician

Architect

Architects design buildings, and understanding HVAC requirements is important for creating comfortable and energy-efficient spaces. This HVAC course may provide some insight into how HVAC systems impact building design. The course's overview of load calculations and system design could help architects make informed decisions about incorporating HVAC systems into their designs.

See salaries and explore the career path for Architect

Plumbing Designer

A Plumbing Designer focuses on the design and layout of plumbing systems within buildings. While seemingly distinct from HVAC, there can be overlaps in system integration, particularly with hydronic heating or cooling systems. This HVAC course may be somewhat useful in understanding the broader context of building systems. The course's focus on load calculation may offer ancillary knowledge helpful in designing efficient plumbing systems, especially those integrated with HVAC.

See salaries and explore the career path for Plumbing Designer

HVAC Load Calculation Manual, Excel form and HAP Software

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