Course #600: Solar (PV) Photovoltaic System Design Course. Nov 30 - Dec 4 in San Jose, CA
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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.
The goal of this intensive 5-day training course is to give students an in-depth exposure to the numerous considerations involved in the design and permitting of both residential and commercial Photovoltaic (PV) systems. Students will learn how to generate system designs and supporting documentation for solar Photovoltaic (PV) systems which includes production of plans for building permit applications and construction, specification of solar equipment and components, design of systems, and mechanical and electrical points of connection for grid-tied Photovoltaic (PV) system.
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.
Instructor: Jeff Ansley, PE, President of Natron Resources.
Who should attend: Electrical and mechanical engineers; electrical and general contractors, electrical designers, solar companies and solar industry professionals who want to further their knowledge of solar design.
Prerequisites: Participants should have a basic knowledge of NEC code and familiarity with solar electric installations.
Where: 1430 Koll Circle, Suite 105, San Jose, CA
What time: 9am to 5pm each day.
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.
How much: The fee is $2,450 per person, or $2,250 if you register by Monday, November 23. 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.
1. Online -click on the Buy Now button below and register using a credit 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. In person – you can bring a check to our office at 1430 Koll Circle, Suite 105, San Jose, CA 95112.
3. Mail a check – Send a check along with an application to 1430 Koll Circle, Suite 105, San Jose, CA 95112.
Course Details
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
- Photovoltaic 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
- System Sizing and Design Considerations
- Photovoltaic (PV) Module Specification and Design Considerations
- Inverter Specification and Design Considerations
- BOS (Balance of System) Specification and Design Considerations
- Mounting System Specification and Structural Design Considerations
- Conductor Calculations and Wire Sizing
- Array Design and String Sizing Calculations
- NEC Guidelines, Conduit Fill Derating, and Temperature Derating Calculations
- Inverter Calculations and Sizing
- BOS Calculations and Sizing
- Point of Connection Calculations and Design Considerations
- Grounding Conductor Calculations and Sizing
- Voltage Drop Calculation and Design Considerations
- Array Spacing, Shading, and Shadowing Design Considerations
- Plan Set, Permitting, & Fire Code Requirements
