Rich Solar MEGA 335 PRO | 335W N-Type TOPCon Solar Panel

Equipment Type and Primary Applications: Industrial-grade 335W monocrystalline photovoltaic module deployed for residential, commercial, and agricultural power generation. Compatible with grid-tied inverters and off-grid systems charging 12V battery banks. Configurable for series or parallel array layouts. Performance Specifications: - Rated Peak Power: 335W (±3W factory tolerance) - Operating Voltage/Current: 38.2V Vmp / 8.77A Imp - Open Circuit Voltage: 47.6V Voc | Short Circuit Current: 9.19A Isc - Maximum System Voltage: 1500VDC - Operational Temperature Range: -40°F to 185°F - Enclosure & Cabling: 3-foot lead pairs, IP67-rated junction box and waterproof inline connectors - Dimensions/Weight: 69.3 x 34.6 x 1.2 in / 39.3 lb Safety Features and Certifications: - UL Listed for grid-tied and stand-alone PV safety compliance. - Passive bypass diodes integrated within the sealed junction box to mitigate reverse-current hotspots. - 20A maximum series fuse rating prevents conductor overcurrent during fault conditions. Installation and Maintenance Requirements: - Pre-drilled rail mounting holes ensure direct fitment to standard Z-brackets, ground tracks, and tilt frames. - Pre-commissioning requires verified string polarity, secure wire termination, and local electrical code compliance. - Semi-annual preventive maintenance includes inspecting connector integrity, checking junction box gaskets for moisture ingress, and rinsing AR-coated glass to restore light transmission. Warranty and Service Information: - 25-year limited power output guarantee. - 10-year material and workmanship coverage. - Claims require validated serial numbers through authorized distribution channels. Branding/References: - Manufacturer: Rich Solar - Model: MEGA 335 PRO - Reference Material: Manufacturer technical datasheet and regulatory certification listings. Differentiators: - N-Type TOPCon cell architecture eliminates boron-oxygen impurity degradation, delivering higher low-light current generation and extended thermal stability compared to conventional silicon modules.