Complete Facial Aesthetics - San Francisco, CA
Complete Facial Aesthetics - San Francisco, CA
Fri, Mar 24, 7:00 AM
Grand Hyatt San Francisco • San Francisco, CA
$1,149
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Complete Inverter Design Training - San Francisco, CA
When and where
Date and time
Location
PG&E Pacific Energy Center (Green Room) 851 Howard Street San Francisco, CA 94103
Map and directions
How to get there
Refund Policy
Contact the organizer to request a refund.
Description
This customized training includes detailed explanations and installation details for our inverters 3.8-750kW. We will also demonstrate string sizing and provide time following the training so attendees may ask questions to the presenters.
4 NABCEP Continuing Education Credits available following the completion of this training
TRAINING SCHEDULE
1:00pm 1:15pm Registration 1:15pm 1:30pm Company Overview 1:30pm 2:00pm Commercial Design Considerations 2:00pm 2:45pm Three-Phase Commercial String Inverters 2:45pm 3:00pm SolrenView Web-Based Monitoring 3:00pm 3:15pm Residential Solutions 3:15pm 4:15pm Decentralized MW Solutions 4:15pm 5:00pm NEC 2014 Arc Fault & Rapid Shutdown
Commercial Design Considerations:
Solectria Products: PVI 14-36TL, PVI 50-100KW, SGI 225-500PE; Decentralized MW Solution
DC Design Considerations
String Sizing
Array Oversizing
Voltage Drop
Overcurrent Protection
Subcombiners
AC Design Considerations
Commercial Service Types
Interconnections
Advanced Inverter Features
String Combiners/Fuse Sizing
Industry Design Trends
Ungrounded Systems
3Ph String vs. Central Inverters
Decentralized MW Solution
Web-Based Monitoring:
Solectria Product: SolrenView
Review of our web-based monitoring product
Residential Solutions:
Solectria Products: PVI 3800-7600TL, Residential Rapid Shutdown Combiner Box
Review of residential products
NEC 2014 - Arc Fault & Rapid Shutdown Compliance:
Solectria Products: ARCCOM, Residential Rapid Shutdown Combiner Box
DC Design Considerations
Primary considerations of achieving compliance with NEC 2014 for Arc Fault detection and Rapid Shutdown requirements
Achieving AFDI and Rapid Shutdown compliance for Central inverters using string combiners
Achieving AFDI and Rapid Shutdown compliance for 3-Phase sting inverters