PV222 Interactive PV System Configuration
12 Advanced Credit Hours – ONLINE & SELF-PACED – $325.00
NABCEP approved for certification and re-certification (6 NEC credits & 6 design & configuration credits; includes 2 hours Building and Fire Safety code)
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Completion of Solairgen training courses will provide the individual with an expanded knowledge and understanding of the construction trade. These courses are supplemental and not primary to become a licensed professional construction contractor.
This course includes 8 lesson presentations covering the most crucial aspects of Interactive PV system configuration and design with mixed Question and Answer (Q & A) exercises to allow each student to monitor and assess their progress throughout this self-paced presentation.
Complete the lessons at your own pace as your work and family schedule allows with 24 hour/7 days a week access. Once enrolled you have 52 weeks to complete the course.
Course outline:
- The Physical Design and Layout
- Access to the roof and equipment
- Energy density for the space
- Calculating for shadow avoidance
- Physical Loads
- Calculating physical roof loads
- Calculating material strength
- Inverter Capacity Configuration
- Matching the PV array to inverter operating parameters
- PV array to inverter size limitations
- temperature affects voltage output from the PV cells
- Configuring modules and arrays to inverters
- configuring with PV optimizers
- Matching the PV array to inverter operating parameters
- Selecting Conductors and Conduit
- PV source circuits and output circuits
- Inverter output circuits
- Equipment grounding conductors
- Conduit for the application
- Interconnection Capacity and System labeling
- Interactive service connections
- utility side connections
- customer side connections
- Labeling the PV system
- Interactive service connections
- Residential PV System Designing
- Steps in designing residential PV systems
- gathering preliminary site data
- performing a site survey
- preliminary system design
- detailed system design
- estimating system performance
- Steps in designing residential PV systems
- Commercial PV System Designing – Roof Mounts
- Steps in designing commercial roof-mounted PV systems
- identify the site and design parameters
- develop initial layout drawings
- design the PV system
- inspect the system and run a performance test
- Steps in designing commercial roof-mounted PV systems
- Commercial PV System Designing – Ground Mounts
- Steps in designing commercial ground-mounted PV systems
- identify site and design parameters
- develop initial layout drawings
- design the PV system
- inspect the system and run a performance test
- Steps in designing commercial ground-mounted PV systems
Call for more information: 706-867-0678 or 800-262-7560
A strong foundation of PV systems knowledge or experience is necessary prior to enrolling in this course.
Internet access is required to participate in online training.