
Rich Solar MEGA 335 PRO 335W N-Type TOPCon Solar Panel
Equipment Type and Primary Applications
The Rich Solar MEGA 335 PRO is a 335W monocrystalline photovoltaic module for residential, commercial, and agricultural solar power generation. It supports grid-tied inverter systems and off-grid installations charging 12V battery banks, with series or parallel array configuration for system design flexibility.
Performance Specifications
- Rated peak power: 335W, with a factory tolerance of ±3W.
- Maximum power voltage/current: 38.2V Vmp and 8.77A Imp.
- Open-circuit voltage: 47.6V Voc; short-circuit current: 9.19A Isc.
- Maximum system voltage: 1500VDC; maximum series fuse rating: 20A.
- Operating temperature: -40°F to 185°F.
- Dimensions and weight: 69.3 x 34.6 x 1.2 inches; 39.3 lb.
- Electrical connections: 3-foot lead pairs, IP67-rated junction box, and waterproof inline connectors.
Safety Features and Certifications
- UL Listed for grid-tied and stand-alone photovoltaic applications.
- Integrated passive bypass diodes reduce reverse-current hotspot risk.
- Sealed junction box and waterproof inline connectors support protected outdoor electrical connections.
Installation and Maintenance Requirements
Pre-drilled rail mounting holes fit standard Z-brackets, ground tracks, and tilt frames. Before commissioning, verify string polarity, secure all wire terminations, and follow applicable local electrical codes. Perform semi-annual maintenance by inspecting connector integrity, checking junction-box gaskets for moisture ingress, and rinsing the AR-coated glass.
Warranty and Service Information
Coverage includes a 25-year limited power output guarantee and 10-year material and workmanship coverage. Warranty claims require validated serial numbers submitted through authorized distribution channels.
Branding/References
Manufacturer: Rich Solar
Model: MEGA 335 PRO
References: Manufacturer technical datasheet and regulatory certification listings.
Differentiators
N-Type TOPCon cell architecture eliminates boron-oxygen impurity degradation and provides higher low-light current generation with extended thermal stability compared with conventional silicon modules.