
Rich Solar MEGA 580 Bifacial 580W Solar Panel
Equipment Type and Primary Applications
The Rich Solar MEGA 580 Bifacial delivers 580W from an N-Type TOPCon photovoltaic module designed for residential rooftops, commercial solar arrays, ground-mount systems, and agricultural solar farms. Its bifacial construction captures rear-side irradiance for additional energy production where ground or surface albedo supports it. The module is identified as a 24V panel.
Performance Specifications
- Peak power output: 580W
- Maximum cell efficiency: 25.1%
- Bifacial generation: up to 25% rear-side power gain, dependent on surface albedo
- Structural load rating: 5400 Pa positive pressure and 2400 Pa negative pressure
- Operating temperature performance: low temperature coefficient design for stable voltage in high-heat climates
- Incident angle modifier and low-light response metrics: third-party validated
Safety Features and Certifications
- PID-resistant cell processing helps limit potential-induced degradation.
- Non-destructive wafer cutting suppresses micro-crack propagation.
- IP68-rated junction box with bypass diodes
- Structural load certification for the stated pressure ratings
Installation and Maintenance Requirements
Four-foot, 12 AWG panel leads terminate in IP67-rated MC4 connectors for string assembly. Eight factory-drilled rail slots accommodate standard Z-brackets, tilt mounts, pole mounts, or tracking systems. The corrosion-resistant anodized aluminum frame uses passive thermal management with no moving parts. Schedule biannual cleaning and visual degradation inspections.
Warranty and Service Information
Includes a 25-year linear power output guarantee and 10-year coverage for material and manufacturing defects through accredited service networks.
Branding/References
Manufacturer: Rich Solar. Model: MEGA 580 Bifacial. Product reference: Rich Solar MEGA 580 Bifacial 580W N-Type TOPCon Solar Panel.
Differentiators
Its 16-busbar N-Type TOPCon architecture and optimized cell geometry reduce series resistance while improving diffuse-light capture compared with standard PERC modules.