Lower LCOE (Levelized Cost Of Energy). reduced BOS (Balance of System) cost, shorter payback time
Lowest quaranteed first year and annual degradation; Designed for compatibility with existing mainstream system components
Higher return on lnvestment
High customer value
Lower LCOE (Levelized Cost Of Energy). reduced BOS (Balance of System) cost, shorter payback time
Lowest quaranteed first year and annual degradation; Designed for compatibility with existing mainstream system components
Higher return on lnvestment
$155.00 – $278.00
CompareSpecification: | 525W, 530W, 550W |
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Feature:
High Efficiency
Busbar-free design increases cell conversion efficiency,more power output can be achieved at low irradiance conditions .
Lead Free
Eco-friendly PV design achieves lead-free MWT module without soldering materials .
High Reliability
Conductive back sheet’s 2D encapsulation avoids welding stress and micro crack, resulting lower degradation under multiple harsh testing conditions .
Innovative Layout
Innovative back contact module layout with asymmetric design for higher efficiency power .
High ROI
Single-glass modules with global 30-year performance warranty bring higher return on investment.
100% Optimal Testing
Ensure 3% Positive Power Tolerance
Comprehensive QC information management system with barcode ID, Quality traceable system in place to allow quality data flow
constantly.
100% Inspection
Before and After Lamination. Most stringent acceptance criteria and tightest tolerance, Intelligent alarm and stop mechanism in case of any deviation or errors.
100% EL Testing
Before and Following Lamination Ensure “Zero” micro crack monitoring before final Inspection, Continuous line monitoring and
video/photo record for each cell and panel.
Introduction
Assembled with 11BB PERC cells, the half-cell configuration of the modules offers the advantages of higher power output, better temperature-dependent performance, reduced shading effect on the energy generation, lower risk of hot spot, as well as enhanced tolerance for mechanical loading.
Power by the lastest SMBB n-type solar cell, half-cell configuration, these modules have higher output power, lower LID, better weak illumination response, and better temperature coefficient.
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