Rich Solar MEGA 430 BIFACIAL | 430W Bifacial N-Type Solar Panel | Premium 24V Grid-tie or Off-grid Solar Panel for Residential, Commercial, Agriculture | 25-Year Output Warranty 1 / 8
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Rich Solar MEGA 430 BIFACIAL | 430W Bifacial N-Type Solar Panel | Premium 24V Grid-tie or Off-grid Solar Panel for Residential, Commercial, Agriculture | 25-Year Output Warranty - 8 Solar Panels Rich Solar MEGA 430 BIFACIAL | 430W Bifacial N-Type Solar Panel | Premium 24V Grid-tie or Off-grid Solar Panel for Residential, Commercial, Agriculture | 25-Year Output Warranty

SKU: RS-M430BF-8

Brand RICH SOLAR In Stock
$2,899.99 In Stock
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Rich Solar MEGA 430 BIFACIAL | 430W Bifacial N-Type Solar Panel | Premium 24V Grid-tie or Off-grid Solar Panel for Residential, Commercial, Agriculture | 25-Year Output Warranty

In Stock
Quantity$2,899.99 each
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Rich Solar • 430W Bifacial Solar Panel

Rich Solar RS-M430BF 430W Bifacial N-TOPCon Solar Panel

The Rich Solar RS-M430BF-8 is a high-performance 430W bifacial solar panel built with N-TOPCon cell technology, dual-glass construction, and an 80%+ bifaciality factor for additional rear-side energy harvest. Designed for ground mounts, vertical mounting, building-integrated solar, and demanding outdoor environments, this panel delivers strong power density, durable construction, and reliable long-term output.

430W solar output N-TOPCon cells Bifacial dual-glass design 1500V system ready
430W High-output solar production with strong power density for larger system designs.
22.0% Module efficiency with +5W positive power tolerance for reliable rated output.
80%+ Bifaciality factor helps capture additional rear-side energy from reflected light.
25 Years Output warranty backed by a 10-year workmanship warranty.

Product Overview

The Rich Solar RS-M430BF-8 is designed for solar projects that need high efficiency, durability, and stronger energy harvest from both sides of the panel. Its bifacial design allows the rear side to capture reflected light from surfaces such as gravel, concrete, light-colored roofing, snow, and elevated ground-mount installations.

Built with N-TOPCon cells, this panel is engineered for higher energy yield, reduced first-year degradation, and long-term stable output compared to conventional P-type modules. The passivated contact design helps minimize power loss over time, while the low -0.30%/°C Pmax temperature coefficient supports better performance in hot climates.

The RS-M430BF-8 is built for versatile installations, including ground-mounted arrays, vertical mounting systems, BIPV applications, and extreme environments such as coastal, desert, and cold-weather locations.

Best Uses

  • Ground-mounted bifacial solar arrays
  • Residential, agricultural, and commercial solar systems
  • Off-grid and grid-tied solar installations
  • Building-integrated photovoltaic projects
  • Vertical mounting systems
  • Coastal, desert, arctic, and other harsh environments
  • Systems designed to benefit from rear-side reflected light

Key Benefits

  • 430W maximum output with high power density
  • 22.0% module efficiency with +5W positive tolerance
  • N-TOPCon cells for higher energy yield
  • Zero LID design with minimal first-year degradation
  • 80%+ bifaciality factor for rear-side energy harvest
  • 15% to 25% additional yield in standard ground-mounted systems
  • Dual-glass construction with 94% light transmittance
  • Low -0.30%/°C Pmax temperature coefficient
  • 1500V system voltage ready
  • MC4-compatible connectors for plug-and-play installation
  • 30A fuse rating for global safety standards

Bifacial Energy Advantage

Unlike standard single-sided panels, the RS-M430BF-8 is designed to generate power from both the front and rear sides. When installed over reflective surfaces or elevated mounting structures, the rear side can capture additional reflected sunlight and increase total energy yield.

Rear-Side Harvest 80%+ bifaciality factor helps maximize energy capture from reflected light.
Additional Yield Designed to provide 15% to 25% additional yield in standard ground-mounted systems.
Dual-Glass Build Dual-glass construction supports durability and improved albedo utilization.

Built for Extreme Conditions

The Rich Solar RS-M430BF-8 is built for demanding outdoor environments with dual-glass construction, IP68 protection, strong load ratings, and high-temperature performance. It is suitable for challenging solar installations where long-term durability matters.

Snow Load Rated Certified for 5400 Pa front load in heavy snow regions.
Wind Load Rated Certified for 2400 Pa wind load for harsh weather exposure.
IP68 Protection Fully submersible junction box protection for demanding outdoor installations.

Installation & Compatibility Note

The RS-M430BF-8 is designed for advanced solar installations using compatible racking, wiring, charge controllers, and inverters. Its 1500V system voltage readiness can help reduce wiring complexity in larger arrays when properly designed.

Compatibility note: Before ordering, confirm panel dimensions, mounting method, bifacial mounting clearance, reflective surface conditions, inverter or MPPT voltage range, array wiring plan, connector compatibility, fuse rating, wire sizing, overcurrent protection, and local electrical code requirements.

Compare panel options

Our solar panel selection guide explains panel selection for different setups. The bifacial panel guide compares the relevant panel format; check this product’s electrical ratings before pairing it with other equipment.

Compare before you choose

Compare wattage per panel, physical dimensions, Voc, current and connector type before planning an array.

See the Rich Solar MEGA 410 | 410 Watt Solar Panel | Premium Grid-tie or Off-grid Solar Panel for Residential, Commercial, Agriculture | 25-Year Output Warranty for another RICH SOLAR solar panel option.

Rich Solar MEGA 430 BIFACIAL | 430W Bifacial N-Type Solar Panel | Premium 24V Grid-tie or Off-grid Solar Panel for Residential, Commercial, Agriculture | 25-Year Output Warranty - 8 Solar Panels
Package Includes
1x Rich Solar MEGA 430 BIFACIAL | 430W Bifacial N-Type Solar Panel | Premium 24V Grid-tie or Off-grid Solar Panel for Residential, Commercial, Agriculture | 25-Year Output Warranty - 8 Solar Panels
Includes the selected item based on the current package option.
Specifications
Selected variant SKU RS-M430BF-8
Model RS-M430BF
Peak Power 430W
Module Efficiency 22.0%
Max Power Voltage (Vmp) 31.9V
Max Power Current (Imp) 13.5A
Open Circuit Voltage (Voc) 37.4V
Short Circuit Current (Isc) 14.7A
Max Series Fuse Rating 30A
Maximum System Voltage 1500VDC
Number of Cells 108 cells
Front Glass 2.0 mm Tempered Glass
Frame Material Anodized Aluminum Alloy
Operating Temperature -40°F to 185°F (-40℃ to +85℃)
Dimensions (L × W × H) 67.8" × 44.7" × 1.2" (1722 × 1134 × 30 mm)
Weight 50.9 lb
📄
Product Document
Supporting documentation for this product.
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📄
Specification Sheet
Technical specifications, dimensions, electrical ratings, and certifications.
View PDF

Frequently Asked Questions

Clear answers to common questions about this product, setup, compatibility, and use.

Will the MEGA 430 BIFACIAL fit the roof or rack space I have available? The published panel dimensions are 67.8" x 44.7" x 1.2", and the listed weight is 50.9 lb. Measure the complete mounting envelope - not only the module face - and leave room for clamps or brackets, cable routing, roof hardware, ventilation, and service access. On a mobile installation, confirm the structure and rack can handle both the panel weight and travel loads. What electrical limits matter when adding the MEGA 430 BIFACIAL to an array? At maximum power, the MEGA 430 BIFACIAL is listed at 31.9V and 13.5A; its open-circuit voltage is 37.4V and short-circuit current is 14.7A. Use Vmp and Imp to estimate normal array operation, but use the applicable Voc and Isc calculations when checking controller limits, series strings, parallel current, conductor size, and protection. How do the MEGA 430 BIFACIAL's Vmp and Voc relate to a nominal battery system? No solar module should be approved for direct battery charging from a nominal-voltage label alone. The MEGA 430 BIFACIAL's published operating values are 31.9V at maximum power and 37.4V open circuit. A compatible charge controller must accept the final array voltage and current and provide the charging profile required by the battery bank. Why can the MEGA 430 BIFACIAL's observed wattage be lower than 430W? 430W is the module's published nameplate power under standardized test conditions, not a constant field output. Cell temperature, sun angle, shade, cloud cover, dirt, wiring loss, controller efficiency, and battery state all affect measured production. Estimate the purchase from expected daily energy at the installation site, not by multiplying 430W by every daylight hour. Is the MEGA 430 BIFACIAL's advertised bifacial gain guaranteed on every roof or ground rack? The rear side needs reflected light, so mounting height, row spacing, surface brightness, shading, and obstructions behind the panel all matter. RICH SOLAR states: "Bifacial design delivers up to 25% additional rear-side power gain, depending on surface albedo." Treat that as condition-dependent upside rather than guaranteed energy; a dark roof mounted tight to the module will not behave like a bright, elevated ground array. Which connector type does the MEGA 430 BIFACIAL use for array wiring? RICH SOLAR lists the following factory connection details: MC4 connectors with 4 ft pre-attached cables for quick and easy installation. Panel Leads (Pair): 12 AWG, 4 ft each. Confirm polarity, lead length, conductor size, and the distance to the combiner or controller before ordering extensions. Factory leads do not automatically include every adapter, branch connector, roof entry, fuse, disconnect, or extension cable required by the final layout. What electrical protection numbers are published for the MEGA 430 BIFACIAL? RICH SOLAR lists a maximum system voltage of 1500VDC and a maximum series-fuse rating of 30A for this module. Those are panel ratings, not permission to use the same string length or fuse in every installation. The controller or inverter input limits, conductor ampacity, parallel-string current, local code, and lowest expected temperature can require lower design limits.