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If you have questions, please contact us at 303.797.5958.
| Intro to Energy Technologies |
Art & Design Center Room #2000
ENY 101 (3 credits)
CRN #: 73115 |
| Introduces the energy technologies in use today and those that are in the research stage as possible alternatives. Presents technologies including active solar heating, passive solar heating, wind energy systems, biomass, photovoltaic's, co-generation, low and high head hydro, hydrogen, geothermal, power towers and energy storage systems. |
Tuesday, 8/18, Wednesday, 8/19, Thursday, 8/20 - 5:30 – 9:30 p.m.,
Online course work due 9/11. |
| OSHA 10-hour Safety Training |
Art & Design Center Room #2010
OSH 127 (1 credit)
CRN #: 73092 |
| 10-Hour OSHA certification course for the construction industry. Participants that complete the course will receive a certificate of completion from the United States Department of Labor, Occupational Safety and Health Administration. If you are already certified that fulfills the PV Program requirement. |
Saturday, 8/29, 8:30 a.m. – 3:30 pm.
Friday, 8/28, 5:30 p.m. – 9:30 p.m. |
| Piping Skills |
ROOM #TBA
PLU 101 (4 credits) |
| Focuses on the installation of common piping materials in plumbing and HVAC/R systems. Covers pipe math, terminology, common piping materials and application, figuring offsets and common pipe joints. Shop projects including pipe support and hanging, center to center measurements and a variety of pipe joining methods are explored. |
TBA |
| Solar Thermal Install (formerly Solar Thermal I) |
Art & Design Center Room #2010
ENY 120 (4 credits)
CRN #: 73108 |
Learn about solar thermal panels and installation techniques The student will apply the principles of solar energy, site analysis, cost vs. payback, sizing, energy audit, and solar system design into a project.
Click here to order textbook from ACC Bookstore |
Saturday, 9/12, 9:00 a.m. – 3:00 p.m.
Tuesday, 9/15, Thursday, 9/17 - 4:00 – 9:00 p.m.
Online coursework due 9/25 |
Click here to order textbook from ACC Bookstore
Textbook required:
Solar Water Heating
By: Bob Ramlow
(Required for both ENY 120 and ENY 225)
ISBN: 978-0-86571-561-5 |
| Solar Domestic Hot Water Systems (formerly Solar Thermal II) |
Art & Design Center Room #2010
ENY 225 (3 credits)
CRN #: 73094 |
| Provides a working knowledge of sizing, installation, maintenance of solar domestic hot water systems, residential applications, components, parts and cost efficiency analysis. |
Saturday, 10/3, 9:00 a.m. – 3:00 p.m.
Tuesday, 10/6, Thursday, 10/8 - 4:00 – 9:00 p.m.
Online coursework due 10/16 |
Click here to order textbook from ACC Bookstore
Textbook required:
Solar Water Heating
By: Bob Ramlow
(Required for both ENY 120 and ENY 225)
ISBN: 978-0-86571-561-5 |
| Field/Lab Experience |
ENY 176 (2 credits) |
| Professional Liability Insurance and Certification OSHA Safety will be required is required for onsite installations field/lab experience (please contact us at 303.797-5958 for further information). |
| Locations and Times Vary |
| Onsite Installations will require an assessment checklist demonstrating actual hands-on experience including the NABCEP learning objectives. Professional Liability Insurance and OSHA Safety Certification will be required for onsite installations (please contact us at 303.734.3701 for further information). |

Below is the Solar Thermal Program course outline listing learning objectives for Solar Thermal I and Solar Thermal II. There is no entry level certification and exam available at this time for Solar Thermal, however; this program provides a set of national standards set by the North American Board of Certified Energy Practitioners (NABCEP) and will serve students employability in this field, help them in this field as they are working towards their NABCEP Solar Thermal Installer Certification and can be a measure of protection to the public by giving them a credential for judging the competency of the practitioners. The target candidate for NABCEP certification is the person responsible for the system installation (e.g., contractor, foreman, supervisor, or journeyman). For more details on the voluntary NABCEP Solar Thermal Installer Certification to: http://www.nabcep.org/.
This program will focus on theory, design and installation of solar thermal technology. The instructor will outline the basic theory of solar heating systems with a discussion of systems currently used and the applications. The lecture portion of the course will be in two 5-week courses as outlined below. A separate hands-on installation of several solar heating systems will focus on the issues involved with the nuts and bolts of solar heating technology. In addition, a hands-on seminar focusing on installation of roofing supports will provide a working knowledge of roofing and mechanical integration. |
Solar Thermal I - Fundamentals and Systems Overview
Session 1 - Solar Thermal Theory, Collector Review, Common Applications
Session 2 - Description of typical systems used-Pros, Cons & Applications
Session 3 - Components-Plumbing, Hardware, Controls, Piping & Insulation
Session 4 - Installation Sequence and Task Breakdown
Session 5 - Introduction to system sizing and component selection |
Solar Thermal II - Advanced Installation and Design Practices
Session 1 - Integrated systems, financial basics and advanced design
Session 2 - Control Systems, Pumps, Freeze Protection & Specialty Valves
Session 3 - Pipe working, Roofing Standards, Mechanical Specifications
Session 4 - Codes & Installation Standards, Safety, Labeling and Permitting
Session 5 - Job planning, layout and workflow |
Suggested Reading:
Solar Water Heating: A Comprehensive Guide to Solar Water and Space Heating
Systems, by Bob Ramlow with Benjamin Nusz. Published by New Society Publishers.
SRCC Document OG 300, Operating Guidelines and Minimum Standards for
Certifying Solar Water Heating Systems, May 2002, Solar Rating and Certification Corporation. http://www.solar-rating.org/EDUCATION/og300education.htm
Uniform Solar Energy Code 2006. http://www.iapmo.org/
Solar Hot Water Systems Lessons Learned - by Tom Lane- www.ecs-solar.com |
ST I - Solar Thermal I, ST II - Solar Thermal II |
| Solar Thermal Theory |
| ST I |
Collector design and heat transfer |
| ST I |
Tilt angle relative to proposed usage and efficiency |
| ST I |
History of solar heating systems |
| ST I |
Lifecycle analysis |
| ST I |
Conversion efficiency of various collectors-SRCC Ratings |
| ST I |
Local climate data in relation to heating degree days and freeze potential |
| ST I/ST II |
Plumbing theory-piping sizing, flow rates and corrosion issues |
| ST I/ST II |
Plumbing components-valves, piping, pumps and storage tanks |
| Design of Solar Thermal Heating Systems |
| ST II |
Site survey-shading issues and integration into building envelope |
| ST I/ST II |
Load analysis - DHW heating, space heating, pool heating |
| ST I/ST II |
F-chart analysis of solar production |
| ST II |
Integration into existing or new DHW, pool or space heating system |
| ST II |
Structural analysis of proposed structure and mechanical design |
| ST I/ST II |
Selection of system - thermosiphon, ICS, open-loop, closed-loop and drainback |
| ST I/ST II |
Freeze protection strategy |
| ST I/ST II |
Storage, pump and piping sizing |
| ST I/ST II |
Plumbing and control schematic |
| ST II |
Architectural drawings of mounting system, elevations and site plan |
| Installation Techniques and Guidelines |
| ST I/ST II |
Mounting supports and roofing flashing |
| ST I/ST II |
Piping installation and support-soldering, brazing and crimping copper pipe |
| ST II |
Storage tank location, installation and bracing |
| ST II |
Collector mounting - flush mount vs. tilt mount |
| ST II |
Controller and sensor wiring |
| ST II |
Pump and valve installation |
| ST I/ST II |
Safety-working safely with solar hot water |
| ST II |
Insulation and jacketing |
| ST I/ST II |
Labeling and shutdown forms-SRCC specifications |
| ST I/ST II |
Installation sequence and task breakdown |
| Solar Thermal Financial Basics and Job Documentation |
| ST I/ST II |
Average domestic hot water heating system installed cost |
| ST I/ST II |
Quality of installation and value of high-performing installations |
| ST II |
Federal tax credits - 30% tax credit |
| ST II |
Utility rate schedules + 30 year history |
| ST II |
Payback analysis - return on investment - ROI |
| ST II |
Long term maintenance costs, re-roofing and component replacement |
| ST II |
Warranty, instruction manuals and client walk-thru |
| ST II |
Permitting and inspection |
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