Title: Cooling Load Calculation Using HAP software Module

Duration: 4 weeks

Level: Introductory

Language: English

Delivery Mode: Online or On-site

Module Leader: Rami Mahamdeh

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Module Overview:

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This module provides participants with a comprehensive understanding of cooling load calculation principles and hands-on experience using Carrier's Hourly Analysis Program (HAP) software. Participants will learn the fundamentals of heat transfer, internal and external load components, and the methodologies for accurate cooling load estimation. By the end of the module, participants will be proficient in using HAP software to perform detailed cooling load calculations for building systems, ensuring energy-efficient and sustainable HVAC design.

 

Aims and Objectives:

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Aims:

•    Provide Foundational Knowledge of Cooling Load Calculations: Introduce participants to the principles of heat transfer, thermal comfort, and the factors influencing cooling loads in buildings.

•    Develop Proficiency in HAP Software: Equip participants with the skills to use HAP software for accurate and efficient cooling load calculations.

•    Highlight Energy Efficiency in HVAC Design: Emphasize the role of cooling load calculations in designing energy-efficient HVAC systems that meet sustainability goals.

•    Integrate Practical Applications: Bridge theoretical knowledge with practical scenarios, enabling participants to apply cooling load calculation techniques in real-world projects.

Objectives:

By the end of the program, participants will be able to:

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1.    Explain Cooling Load Fundamentals:

o    Define key terms such as sensible heat, latent heat, and cooling load.
o    Understand the impact of building orientation, occupancy, and envelope on cooling loads.

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2.    Identify Load Components:

o    Differentiate between internal loads (e.g., occupants, lighting, equipment) and external loads (e.g., solar radiation, conduction).
o    Analyze the contribution of each component to the total cooling load.

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3.    Utilize HAP Software Effectively:

o    Navigate the HAP interface and input building parameters accurately.
o    Generate detailed cooling load reports and interpret results.

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4.    Optimize HVAC System Design:

o    Recommend energy-efficient HVAC solutions based on cooling load analysis.
o    Address common challenges such as peak load reduction and thermal zoning.

Learning outcomes:

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By the end of this internship program, participants should be able to:

•    Demonstrate a thorough understanding of cooling load calculation principles.
•    Perform accurate cooling load estimations using HAP software.
•    Select energy-efficient HVAC systems based on calculated cooling loads.
•    Interpret and communicate cooling load analysis results effectively.
•    Apply best practices to optimize building performance and sustainability.