Course #500: PV Design and Installation Certificate Course. February 8 - 12 in San Diego, CA
Training Courses
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Call us today at
(408) 625-7400
The Solar Training Institute is a proud member and solar training provider of the AGC California. If your company is a member of the AGC California, you are entitled to a discount. Please call or contact us for details.
Testimonial
As a general contractor interested in getting into solar, I took the Solar Training Institute’s Certificate (hands-on) course in San Jose to learn the proper way to install solar panels. I can’t say enough about the course and the instructor – it was a great experience. After I finished the course I was ready for my first project – a 5kw system. With the skills (and solar contacts) I gained from STI I was able to install the entire system with my crew. I’m now working on other solar projects and I’m on my way to becoming a solar contractor. Thanks!
- Andy Cheshire
ACE Construction, Los Angeles, CA
The goal of this five-day accelerated PV design and installation course is to provide trainees expertise with the latest techniques that are required to install solar PV systems. This is a performance-based course designed upon job-related tasks a solar installer must perform and prepares you for entry into the solar field.
Our trainers are industry professionals with extensive real-world knowledge that is effectively relayed throughout our institute. We provide instructor-led training throughout the day over the length of the course in a distraction-free environment. Instructors are available at all times to provide individual and group attention, and ensure the students’ success.
The
course takes place at our solar lab in San Diego that features top of the line solar equipment from Sanyo, Solon, SMA, Enphase
and Unirac where students get the hands-on experience of installing
grid-tied solar systems. Over the course of the week you will learn
through a mix of classroom and solar lab work. Students will assemble
and wire multiple operating solar PV electric systems.
At the completion of the course students will take a final exam. Upon obtaining a passing grade, they will receive a Solar Certificate of Completion.
5-Day Training Schedule
STI has an accelerated educational schedule that thoroughly covers all essential elements necessary for certification. Where: This class will take place at 2 locations: 1. Monday, Tuesday and Wednesday at the
Four
Points by Sheraton, San Diego - 8110 Aero Drive, San Diego, CA
Day 1 and 2
Day 3
Day 4 and 5 Solar installation lecture
Solar site survey and selection
Solar lab for hands-on training
Course Details
Who should attend: Contractors, electricians, skilled tradespersons (roofers, HVAC, carpenters, etc), and solar engineers.
2. Thursday and Friday at 2602 Transportation Ave, Suite D, National City, CA
How much: The fee is $1,995 per person, or $1,795 if you register by Monday, February 1. Discounts are given to 2 or more people from the same company. A payment plan is available to students that qualify. Fee includes course materials.
How to Register: We offer the following options to register for this class. Class size is limited, so we recommend that you register early to guarantee a seat.1. Online - click on the Buy Now button below and register using a credit card or check card. You will be redirected to our Authorize.net online payment page for a safe, secure transaction. You will receive an email confirmation when the transaction is complete.
2. By phone – simply call us at (408) 625-7400 and we'll process your registration over the phone.
3. Mail a check – Send a check along with an application to 1430 Koll Circle, Suite 105, San Jose, CA 95112.
PV Overview, Equipment, Electric Grid and Renewable Energy
- Electric Generation, Transmission, Distribution, Renewable Energy and REC’s
- Solar Energy Systems, History, Innovations and Applications
- Earth/ Sun Relationship, Solar Radiation, Insulation and Irradiation
- Electric Theory –AC vs. DC, Watts, Amps, Volts
- Solar Equipment types and Configurations
Solar Panel Components, Panels, Cells, Array, P/N Relationship, Bypass Diodes
- Inverters, Electrical, Racking and Design
- Inverters –Sizing, Types, DC/ AC Inversion and Central vs. Micro
- Electric Code, NEC 690 and Utility Requirements
- Racking Options, Mechanical Integration and Metals Interaction
- Maintenance, Trouble Shooting, Monitoring
- PV Solar System Design – Online System Sizing Tools & Google Earth
- System Sizing Grid Tied Systems and Average Sun Hours by Location
- PV Module and Inverter specifications
- PV Array specifications
- Array String calculations and sizing
- BOS (Balance of System) and selection
- Voltage drop and grounding considerations
- Basic conductor calculation and sizing
- Structural Assessment, Site Preparation, and Roof Variations
- Tools –Solmetric Sun Eye, Solar Pathfinder, Calculator, Compass and Degrees of Incline
- Grid Tied PV Solar System Sizing – Online System Sizing Tools
- PV Watts and Average Sun Hours by Location
- Permitting, drawings and plan sets
Hands-on Lab
- Site preparation
- Electrical analysis and location layout
- Structural assessment and mechanical attachment
- PV mounting rails and panel attachment
- PV array conductor and grounding wire configuration and attachment
- Wire management and panel mounting
- Safety standards
- System commissioning
- Final inspection
- Maintenance and troubleshooting
