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The Sunflower highly concentrated photovoltaic (HCPV) system integrates photovoltaic modules, advanced tracking, unique power optimization, an embedded controller and wireless communication into one elegant solution to produce cost-competitive solar power while reducing installation and maintenance costs.
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High-Efficiency Module
- Industry-leading 30% module efficiency
- 1,200 sun concentration onto high-efficiency, triple junction cells
- Tempered glass composite primary lens enhances reliability and reduces soiling
Wide Acceptance Angle
- Advanced optical design yields industry leading +/- 0.9° acceptance angle
Integrated Micro-Tracker Frame-Set
- Low-profile design enables quicker installation and minimal on-going maintenance
- Wiring is pre-assembled at the factory; field wiring connection is plug and play
- Non-penetrating, free-standing, self-ballasting roof and ground mount structure
- Sealed Micro-Tracker gearbox requires no maintenance
Micro-Converter Technology
- Optimizes power by providing local MPPT
- Improves performance of shaded modules
- Improves inverter performance in low light conditions
- No inverter shutdown because of under-voltage thresholds
Status Monitoring for Efficient Operation & Maintenance
- Built-in status monitoring, allows string level operational statistics, fault alarms, remote monitoring and field management
- Provides up-to-date status of operation for efficient maintenance assessments
- Integrated wireless communications eliminates the need for extra cabling
Intelligent dust management system in three modes:
- Dust mitigation: During the night, the solar modules are set in a -15° downturn position to avoid night time dust settling on glass
- Dew mitigation: Night time stow position eliminates dew settling and therefore dust adhesion to the glass
- Auto Cleaning: Weather station detects rain events and system positions modules into optimum cleaning position
- Clean Mode: Positions the modules for easy cleaning. Allows operator to set modules in an upright position for fast & easy cleaning access
- Cleaning schedule: Periodic cleaning interval is based on local conditions, energy production degradation and cost to clean
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© Copyright 2003-2012 Energy Innovations, Inc. All Rights Reserved. All trademarks are the property of their respective owners. Reference herein does not constitute or imply affiliation with, endorsement, or recommendation of Energy Innovations, Inc. products by the respective trademark owners.
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