1014 Green River Road, Guilford, VT 05301
Phone & Fax: (802) 254-4670
| Photos of Our Work | Resources | Used Equipment | Solar Education & Events |
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1014 Green River Road, Guilford, VT 05301
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 | Photovoltaic (Solar Electric) InstallationInstructor: Richard Gottlieb An examination of the practical skills needed to install utility-connected and off-grid Photovoltaic (PV) systems. Topics include the study of electric load analysis, system and component design and sizing, system siting, shading, electrical and mechanical system configuration, and safety and electrical and building code compliance supplemented with hands-on system installation. Successful completion of this course enables the student to sit the NABCEP (North American Board of Certified Energy Practitioners) PV Entry Level Certificate. With additional education, training and installation experience, this certificate can lead to becoming a NABCEP Certified PV Solar Installer. (This is the credit-free offering of SCI 221) Prerequisite: SCI 121 or CSW 391 and math, see below*. CSW 392-1: Mon. - Fri., 9:00 am-5:00 pm, 8/18-8/22. 2008, 45 hours, $425 * Prerequisites for all courses (except CSW 385-2/SCI 110): Credit students MAT 090 or satisfactory placement score. Credit-free students must have proficiency in mathematical operations with whole numbers, decimals, fractions & percents. Register Online or Download Registration form here or contact Teresa Jones at 413-775-1462 or jones@gcc.mass.edu. |
| Introduction to PV Technology
Designed for a person with a strong personal interest in PV technology as well as those considering a career in solar electric technology, this course will give a student the theoretical basis for understanding the various types of solar electric systems. It will cover the history of solar electricity, current markets and industry status, basic electrical theory, and other considerations necessary for solar electric systems. Detailed study of system components as well as the proper and safe electrical interconnection of these components will include hands-on training exercises and experiments. Local visits to PV related facilities, and assembly of real world system examples will reinforce classroom learning. (This is the credit-free offering of SCI 121) Register Online or Download Registration form here or contact Teresa Jones at 413-775-1462 or jones@gcc.mass.edu. |
 | Introduction to PV Technology
Designed for a person with a strong personal interest in PV technology as well as those considering a career in solar electric technology, this course will give a student the theoretical basis for understanding the various types of solar electric systems. It will cover the history of solar electricity, current markets and industry status, basic electrical theory, and other considerations necessary for solar electric systems. Detailed study of system components as well as the proper and safe electrical interconnection of these components will include hands-on training exercises and experiments. Local visits to PV related facilities, and assembly of real world system examples will reinforce classroom learning. CT7228-07 . $729 includes text
5 Sessions/40 hrs |
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Renewable Energy ExplorationA review of renewable energy technologies available today - including solar thermal, solar electric (photovoltaics), hydro, wind, biomass and geothermal. Instructor: Richard Gottlieb |
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PV Installer's Course
In this course, students will develop the knowledge and practical skills needed to install utility-connected and off-grid PV systems. Study of electric load analysis, system and component design and sizing, system siting, shading, electrical and mechanical system configuration, safety, and electrical and building code compliance will be supplemented with hands-on system installation. Successful completion of this course will enable the student to sit for the NABCEP PV Entry Level Certificate of Knowledge exam. With additional education, training, and installation experience, this certificate can lead to becoming a NABCEP Certified PV Solar Installer. Prerequisite: Completion of Introduction to PV Technology, or equivalent course with instructor approval. Instructor: Richard Gottlieb. Students who successfully complete this course will have the opportunity to participate in a solar installation on a Habitat for Humanity home in the Capital District. The installation will be coordinated and supervised by GroSolar in junction with Ulster BOCES, Capital District Habitat for Humanity and NYSERDA. CT7228-07 . $729 includes text
5 Sessions/40 hrs |
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Photovoltaics and the National Electric CodeA solid review of photovoltaic solar electric systems and the current 2008 NEC regulations, particularly focusing on Article 690. Instructor: Richard Gottlieb |
 | At Home with the Sun: Solar Energy for Young Scientisits by Michael J.Daley with 10 Activities and Experiments - $10.00 - mjdaley@sover.net - 802-387-2601 - Michael also offering this summer to schools, libraries and summer & day camps - "Solar S'mores Fun Educational Workshop", each child builds own Pizza Box Solar Oven, then cook and eat solar S'mores - for ages 8-14. |
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InsolationEstimated production of Solar Electric Systems based on data collected in 1985/1986 on a 320W single axis, seasonally adjusted PV system in Guilford, Vermont.
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Some Information about Batteries | |||||
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VOLTAGE VS. PERCENT CHARGE 12.75V to 13.5V - 3/4 to full charge 11.75 to 12.75 - 1/4 to 3/4 charge-general operating range 11.75V to 12.5V - 1/4 to 1/2 charge 10.5V to 11.5V - below 1/4 charge-need to recharge-generator/line | PERCENT CHARGE USING BALL CHECKER a. All balls floating indicates over charge b. Three balls floating indicates full charge c. Two balls floating indicates one half charge d. One ball floating indicates one quarter charge e. No balls floating indicates no charge | ||||
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Compact Fluorescent Lamps Save Money and Maintenence | ||
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