Sunday, March 31, 2019

HVAC Made Easy: A Guide to Heating & Cooling Load Estimation

File Size: 732 Kb

Learning Objective:
At the conclusion of this course, the student will be aware of:
* Key definitions and useful terminology
* Useful equations and their interpretation
* Sensible and latent load components
* External and internal sources of heat gain/loss
* Thermal transmission through building elements
* Solar heat gain/loss through window glazing
* Internal heat gain though people, lighting and power equipment
* Influence of ventilation & infiltration on load, IAQ and building pressurization
* Psychrometric analysis for estimating supply air flow rates
* Winter heat load estimation
* Load Reduction Strategies - "Architectural & Mechanical Aspects"
* Rule of thumbs, standard forms and common software programs

Part 1: Summer Cooling Load- Basic Concepts
Part 2: Solar Heat Gain through Walls, Roof & Partitions
Part 3: Solar Heat Gain through Glazing
Part 4: Heat Gain through Lighting
Part 5: Heat Gain through Power Equipment
Part 6: Heat Gain through Occupancy
Part 7: Heat Gain through Ventilation & Infiltration
Part 8: Supply Air Estimation
Part 9: Winter Heating Load Calculation
Part 10: Conservation Strategies - Architectural & Mechanical Aspects
Appendix A - Design Factors & Inputs - Standard Forms
Appendix B- Thermal Transmission through Building Elements
Appendix C - Rule of Thumb Figures
Appendix D - Software Programs
Appendix E - Definitions of Useful Terms

Author Details
Instructor: "A. Bhatia, B.E."

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