Heat Load Calculation Using E20 Method: Manual & Excel
Practical Heat Load Calculation Using E20 Method with Step-by-Step Excel & Manual Techniques
What you'll learn:
Understand the fundamental principles and importance of heat load calculation in HVAC design
Learn the historical background and evolution of the E20 method in HVAC engineering
Identify and calculate different components of heat load, including sensible and latent heat
Step-by-step guide to manually calculating heat load using the E20 method
Learn to set up an Excel spreadsheet for heat load calculations
Perform a complete heat load calculation from start to finish for a sample building
Requirements:
Basic Understanding of HVAC Systems
Foundation in Thermodynamics and Heat Transfer
Comfort with Basic Mathematics
Proficiency in Using Excel
Access to a Computer with Excel Installed
Description:
Welcome to the ultimate course on heat load calculation!
Whether you're a seasoned HVAC professional or a newcomer to the field, this course offers a comprehensive guide to understanding and applying the E20 method for heat load calculations.
What You Will Learn:
Fundamentals of Heat Load Calculation: Gain a solid understanding of the principles behind heat load calculations and their importance in HVAC system design.
Introduction to the E20 Method: Discover the E20 method, a time-tested approach for calculating heat loads manually, and understand its historical and practical significance.
Manual Calculation Techniques: Learn how to perform detailed heat load calculations manually, including accounting for heat gains from occupants, equipment, lighting, and solar radiation.
Excel-Based Calculations: Master the art of automating heat load calculations using Excel.
Create efficient spreadsheets and custom templates to streamline your workflow.
Practical Applications: Apply your knowledge to real-life scenarios through practical exercises and case studies, reinforcing your understanding of both manual and Excel-based methods.
Verification and Quality Assurance: Learn techniques to verify and cross-check your calculations to ensure accuracy and reliability.
By the end of this course, you'll be equipped with the skills and confidence to perform accurate heat load calculations using both manual methods and Excel.
Whether you're looking to enhance your professional expertise or gain new insights into HVAC design, this course is your gateway to mastering heat load calculations
Who this course is for:
HVAC Engineers and Technicians
Mechanical Engineers
Architects and Building Designers
Engineering Students
Facilities Managers and Building Owners
Facilities Managers and Building Owners
Anyone Interested in HVAC Design
Construction and Project Managers
Published 8/2024
Created by Sajjad Ansari
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 26 Lectures ( 4h 41m ) | Size: 1.36 GB
Download
*
Practical Heat Load Calculation Using E20 Method with Step-by-Step Excel & Manual Techniques
What you'll learn:
Understand the fundamental principles and importance of heat load calculation in HVAC design
Learn the historical background and evolution of the E20 method in HVAC engineering
Identify and calculate different components of heat load, including sensible and latent heat
Step-by-step guide to manually calculating heat load using the E20 method
Learn to set up an Excel spreadsheet for heat load calculations
Perform a complete heat load calculation from start to finish for a sample building
Requirements:
Basic Understanding of HVAC Systems
Foundation in Thermodynamics and Heat Transfer
Comfort with Basic Mathematics
Proficiency in Using Excel
Access to a Computer with Excel Installed
Description:
Welcome to the ultimate course on heat load calculation!
Whether you're a seasoned HVAC professional or a newcomer to the field, this course offers a comprehensive guide to understanding and applying the E20 method for heat load calculations.
What You Will Learn:
Fundamentals of Heat Load Calculation: Gain a solid understanding of the principles behind heat load calculations and their importance in HVAC system design.
Introduction to the E20 Method: Discover the E20 method, a time-tested approach for calculating heat loads manually, and understand its historical and practical significance.
Manual Calculation Techniques: Learn how to perform detailed heat load calculations manually, including accounting for heat gains from occupants, equipment, lighting, and solar radiation.
Excel-Based Calculations: Master the art of automating heat load calculations using Excel.
Create efficient spreadsheets and custom templates to streamline your workflow.
Practical Applications: Apply your knowledge to real-life scenarios through practical exercises and case studies, reinforcing your understanding of both manual and Excel-based methods.
Verification and Quality Assurance: Learn techniques to verify and cross-check your calculations to ensure accuracy and reliability.
By the end of this course, you'll be equipped with the skills and confidence to perform accurate heat load calculations using both manual methods and Excel.
Whether you're looking to enhance your professional expertise or gain new insights into HVAC design, this course is your gateway to mastering heat load calculations
Who this course is for:
HVAC Engineers and Technicians
Mechanical Engineers
Architects and Building Designers
Engineering Students
Facilities Managers and Building Owners
Facilities Managers and Building Owners
Anyone Interested in HVAC Design
Construction and Project Managers
Published 8/2024
Created by Sajjad Ansari
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 26 Lectures ( 4h 41m ) | Size: 1.36 GB
Download
*