Rich Solar 430 BIFACIAL | 430W Bifacial N-Type Solar Panel | Premium 24V Grid-tie or Off-grid Solar Panel for Residential, Commercial, Agriculture - RS-M430BF-8
Features
Unmatched Performance
- 22.0% Module Efficiency: Industry-leading conversion with +5W positive tolerance
- 430W Maximum Output: High power density reduces BOS (Balance of System) costs
- -0.30%/°C Pmax Coefficient: Superior heat resistance (up to 185℉) for stable desert performance
Breakthrough Cell Technology
- N-TOPCon Cells: 10–30% higher yield than conventional P-type modules
- Zero LID: Minimal 1% first-year degradation for lasting output
- Passivated contact design minimizes power degradation
Advanced Bifacial Design
- 80%+ Bifaciality Factor: Maximizes rear-side energy harvest
- 15–25% Additional Yield: In standard ground-mounted systems
- Dual-Glass Construction: 94% light transmittance for maximum albedo utilization
Military-Grade Durability
- 5400Pa Front Load: Certified for heavy snow regions
- 2400Pa Wind Load: Withstands hurricane-force winds
- IP68 Protection: Fully submersible junction box
Versatile Applications
- BIPV (Building-Integrated Photovoltaics)
- Vertical Mounting Systems
- Extreme Environments: Coastal / Desert / Arctic (up to -40℉)
Intelligent Integration
- 1500V System Voltage Ready: Reduces wiring costs
- MC4-Compatible Connectors for plug-and-play installation
- 30A Fuse Rating: Meets global safety standards
Specifications
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Model: RS-M430BF
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Peak Power: 430W
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Module Efficiency: 22.0%
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Max Power Voltage (Vmp): 31.9V
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Max Power Current (Imp): 13.5A
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Open Circuit Voltage (Voc): 37.4V
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Short Circuit Current (Isc): 14.7A
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Max Series Fuse Rating: 30A
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Maximum System Voltage: 1500VDC
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Number of Cells: 108 cells
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Front Glass: 2.0 mm Tempered Glass
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Frame Material: Anodized Aluminum Alloy
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Operating Temperature: -40°F to 185°F (-40℃ to +85℃)
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Dimensions (L × W × H): 67.8" × 44.7" × 1.2" (1722 × 1134 × 30 mm)
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Weight: 50.9 lb
What our Experts Think
Q&A
Q: What is the Rich Solar 430 BIFACIAL (RS-M430BF-8)?
A: It is a high-efficiency 430W N-Type bifacial monocrystalline solar panel designed for grid-tie and off-grid systems, generating power from both the front and rear sides for higher overall energy yield.
Q: What makes it “bifacial”?
A: It captures sunlight from the front and reflected light from surfaces behind the panel (like roofs or ground), increasing total energy production compared to standard panels.
Q: How much power does it produce?
A: It delivers 430W rated front-side output, with additional rear-side gain depending on installation conditions, tilt, and surface reflectivity.
Q: What technology does it use?
A: It uses N-Type solar cell technology, which offers higher efficiency, better low-light performance, and reduced degradation over time compared to standard P-Type panels.
Q: What systems is it suitable for?
A: It is ideal for residential rooftops, commercial installations, farms, and off-grid solar arrays requiring high-efficiency energy production.
Q: Is it compatible with modern solar systems?
A: Yes. It uses standard MC4 connectors and works with most inverters, MPPT charge controllers, and hybrid solar systems.
Q: How durable is it?
A: It features tempered glass, a corrosion-resistant frame, and high load ratings for wind and snow, making it suitable for harsh outdoor environments.
Maintenance Tips
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Keep both front and rear glass surfaces clean; bifacial gain depends on rear-side light reflection.
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Clean regularly using soft water and a microfiber cloth; avoid abrasive tools that can scratch either glass side.
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Avoid pressure washing or harsh chemicals, which can damage seals and reduce long-term durability.
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Ensure installation allows rear-side light exposure (raised mounting, reflective ground surface) for higher energy yield.
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Maintain unshaded conditions; even partial shading reduces output across the entire panel string.
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Inspect MC4 connectors, junction box, and wiring for tightness, corrosion, or overheating signs.
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Check mounting structure regularly for stability, alignment, and wind-load resistance.
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Keep proper airflow under and around panels to reduce heat buildup and performance loss.
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Monitor output performance; a drop may indicate soiling, shading, or rear-side reflection loss.
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Avoid physical stress or stepping on panels to prevent micro-cracks and internal cell damage.
- Perform annual inspection of all electrical connections and racking hardware for long-term reliability.
Damage 
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