Green Sheet
ESCI 63 - 2.0 Units
Instructor: Stewart Wadsworth
Hours: Six Hours Lab
- Lab: Fridays in room KC 120, 10:30 a.m. - 4:10 p.m.
Course Description
A photovoltaic (PV) technology field studies course emphasizing hands-on learning of solar angle/orientation and energy use calculation, PV systems design and installation for residential and commercial projects. Good field studies course for students considering the North American Board of Certified Energy Practitioners (NABCEP) certification program. Out-of-class field trips are required for this course.
Instructor's Contact Information
- email: stewartwadswo@yahoo.com (please put ESCI-63 in the subject box of all emails)
- Office: KC212
- Office Hours: Fridays before class
- Phone/Voicemail:
831-359-2584
- ES Dept website: http://www.deanza.edu/es
Requirements
Be prepared to:
- Attend all classes!
- Participate in team assignments in and outside of class time
- Work with a team to work on a hands-on PV project and other assignments
Course Objectives
After completing this course you should be able to:
- Explore the solar angle/orientation and energy use calculation techniques required to install a photovoltaic (PV) system project.
- Examine skills required to design a photovoltaic (PV) system project.
- Analyze the skills required to install a photovoltaic (PV) system project.
- Analyze and calculate energy saving generated by installation of a photovoltaic (PV) system.
- Analyze opportunities for educating the public, public agencies and other stakeholders utilizing energy resources about photovoltaic (PV).
Course Materials
Textbooks: Available for check-out at the Stewardship Resource Center (SRC)
Complete Written Assignments
- Individual assignment: Each student will complete a field lab journal
- Team assignment: Students will participate in a hands-on photovoltaic project.
Grading
Point Breakdown:
Participation: 50
Class journal: 50
Team Assignments: 50
Total Points: 150 points
Grading Scale
Grade
| % of total
|
A
|
88-100% |
B
|
78-87% |
C
|
68-77% |
D
|
55-67% |
F
|
less than 55% |
General Information:
1. This is an intensive environmental science course!
2. Please contact Pat Cornely (cornelypat@fhda.edu) for tutorial assistance for this course.
3. Make-up lecture classes must be completed by the dates listed in the lecture schedule
4. Class protocol for each day of lecture:
· Class begins promptly at 10:30 am
5. Stewardship Resource Center (SRC) protocol:
· Daily activities (ie computer research) may be scheduled at the SRC
· Computer check-out by team requires one student ID
· Stay with your computer at all times – do not leave unattended! Someone should always be at your station!
6. Students are expected to exhibit proper indoor and outdoor classroom etiquette: arrive to class on time, participate in all activities, do not talk during lecture & no cell phones or other such devices on! Disruptive student behavior will result in an F in the class and the student will be dropped from the class.
Class Schedule:
|
|
This
Week’s Topics
|
Equipment
|
Class
#
|
|
Sept 25
|
Course Intro
& Expectations
Introductions,
projects, PV Components & Equipment
|
SPwr Modules,
Inverter, Racking, Site Survey Tools.
|
1
|
|
Oct
2
|
Electricity
Generation, Transmission, Renewable Energy, Electric Bills for students home.
|
PG&E Bills of
students, PGE website, Energy Efficiency, Energy Star. Identify PV Need.
|
2
|
|
Oct 9
|
Solar Site
Survey, Types of Systems, DC Electricity, W=VxA, String Sizing, Shading,
Rules of Thumb for design.
|
Site Survey
Equipment, Solar School House Kits, Measure Voc, Isc with modules outside. Multi
Meter & Amp Clamp
|
3
|
|
Oct
16
|
Field
Trip
|
Site Survey Tools
|
4
|
|
Oct
23
|
Inverters,
Modules, BOS, Mechanical Integration and Electrical Integration.
|
Work with SPwer
equipment, modules & Inverter & Racking. Plywood, screws, AC
Disconnect & Load Center
|
5
|
|
Oct
30
|
Detailed System
Design, Specification, and Permitting and Design
|
Access
to online tools
|
6
|
|
Nov 6
|
Sales, Design and
PV Market
|
|
7
|
|
Nov 20
|
Cheeseman ESA
Building PV Project – Bid Process
|
|
8
|
|
Dec 4
|
Putting together
final system for each students home, pricing, equipment, generation &
consumption.
|
CPF or On-Grid
Solar Proposal tools, 7 day trial for each group or student.
|
9
|
General Information:
1. This is an intensive environmental science course!
Email: 
