Solar Energy System Fundamentals - 3 PDH
Course Outline
1. INTRODUCTION
2. SOLAR ENERGY APPLICATIONS
3. BASIC MATERIAL CONSIDERATIONS IN SOLAR ENERGY SYSTEMS.
4. COLLECTOR SUB-SYSTEM
5. STORAGE SUB-SYSTEM
6. TRANSPORT SUB-SYSTEM
7. CONTROL SUB-SYSTEM
8. SOLAR ENERGY SYSTEM PERFORMANCE
9. SUMMARY
Learning Objectives
Upon completion of this course you will:
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Learn about the four basic functions performed by a typical solar system;
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Learn the components of the collector sub-system which intercepts incident solar radiation and transfers it as thermal energy to a working fluid;
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Learn about the elements of the storage sub-system which retains collected thermal energy for later use by the process load;
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Learn how the transport sub-system delivers energy from the collectors to storage;
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Learn how the control sub-system determines when enough energy is available for collection, and activates and controls the entire system to collect this energy until it is no longer available as a net energy gain;
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Learn about heating domestic hot water and low-temperature process water, which will normally be the most thermally efficient means of using solar energy;
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Learn the basic material considerations in solar energy systems; and
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Learn about flat-plate solar collectors, which are the most common type used.
Intended Audience
This course is intended for mechanical engineers and other infrastructure design and construction professionals who want an introduction to the fundamentals of solar water heating systems for buildings and related facilities.
Course Introduction
This course will introduce you to basic fundamentals of solar water heating systems.
Course Summary
Upon completion of this course you will have an understanding of the systems, components and materials for solar water heating systems.