Cooling Load Estimation Using Hap 5.1

Build a good knowledge of accurate estimation of cooling load , Form the principles to creating a complete project
What you'll learn
The importance of accurate Load Estimation
The Main Load Components (External/Internal/System).
The Difference between Zone, Space and System.
Principles of heat transfer.
How to read the Psychometric Chart
Introduction to HAP 5.1 Program
How to choose the weather conditions.
How to build the project libraries
How to create the spaces and define the different loads.
Introduction to HVAC systems(DX & Chilled water) .
Different types of DX Systems (Split units, Package Units, VRF ,.).
The main components of Chilled Water Systems (Chiller ,cooling tower ,Pumps, AHU,FCU ).
How to create the different types of systems on HAP Program.
How to create Chiller plant on HAP Program.
How to generate reports from HAP program.
Requirements
No pervious requirements
Description
Hello Every one ,The importance of accurate cooling load calculation is very essential to make a good HVAC design ,choosing the right systems ,suitable selection of different equipment and even for building energy consumption after stating , we will start this course by learning the fundamental of cooling load , the used units , different types of loads and we will study the importance of psychrometric chart learning the different parameters and process of air .We will also emphasize on using Hourly analysis program HAP 5.1 the latest version of carrier program , we will learn how to define the weather , Project libraries , Space properties , System Properties ,Plant properties and how to generate the different types of reports and how to read this reports . Choosing the suitable system is very important , so we will learn the different types of Dx-Systems , chilled water system ,why we use refrigerant , the main components of Vapor compression cycle , the different types of chillers , air cooled vs water cooled , absorption chillers , cooling tower components , Pumps , and different types of terminal coils (Fan Coil Unit & Air handling Unit ).objectives :1. The importance of accurate Load Estimation.2. The Main Load Components (External/Internal/System).3. The Difference between Zone, Space and System.4. Principles of heat transfer.5. How to read the Psychometric Chart.6. Introduction to HAP Program.7. How to choose the weather conditions.8. How to build the project libraries.9. How to create the spaces and define the different loads.10. Introduction to HVAC systems (DX & Chilled water) .11. Different types of DX Systems (Split units, Package Units, VRF ,.).12. The main components of Chilled Water Systems (Chiller ,cooling tower ,Pumps, AHU,FCU ).13. How to create the different types of systems on HAP Program.14. How to create Chiller plant on HAP Program.15. How to generate reports from HAP program.
Overview
Section 1: Introduction
Lecture 1 Introduction to Cooling Load
Lecture 2 Zone, Space and System
Lecture 3 Load Estimation Methods
Lecture 4 Principles of heat transfer
Lecture 5 Measuring Heat Quantities
Lecture 6 Sensible Load Vs Latent Load
Section 2: Psychometric Chart
Lecture 7 Introduction to Psychometric Chart
Lecture 8 Properties of Air
Lecture 9 Process on Psychometric Chart
Section 3: Weather Conditions
Lecture 10 Introduction to HAP 5.1 Program
Lecture 11 Location and Design Temperatures
Lecture 12 Clearance , Reflectance and soil conductivity
Lecture 13 Appling on HAP 5.1
Lecture 14 ASHRAE Meteo
Section 4: Project Libraries
Lecture 15 Schedules
Lecture 16 Walls And Roofs
Lecture 17 Windows and Doors
Lecture 18 Shading
Section 5: Define Space Properties
Lecture 19 Space Properties - General
Lecture 20 Space Properties - Internals
Lecture 21 Space Properties - Walls and Roofs
Lecture 22 Space Properties - Infiltration, Floors and Partitions
Lecture 23 Space Properties - Reports and Operations
Section 6: Appling On Project
Lecture 24 Reviewing the project
Lecture 25 Starting A new project, Weather and Project Libraries
Lecture 26 Arch. Drawings preparation
Lecture 27 Define First Floor Spaces
Lecture 28 Define Ground Floor Spaces
Section 7: Introduction to systems
Lecture 29 Refrigeration Cycle
Lecture 30 Introduction to DX-Systems
Lecture 31 DX-Systems on HAP 5.1
Lecture 32 Chilled Water System & Chillers
Lecture 33 Cooling Tower And Pumps
Lecture 34 Air Terminal Units
Lecture 35 Create FCU System on HAP 5.1
Lecture 36 Create AHU System on HAP 5.1 - General
Lecture 37 Create AHU System on HAP 5.1 - System Components
Lecture 38 Create AHU System on HAP 5.1 - Zone and Sizing Data
Lecture 39 Different HAP Reports
Lecture 40 Plant Properties on HAP 5.1
Section 8: Appling On project
Lecture 41 Appling On project
HVAC Design Engineers,Faculty of Engineering Students - Mechanical Department
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