MBB BiMAX5N 132 TOPCon Dual Glass N-Type Mono Solar Panel with Transparent Backsheet
Introducing SUNPAL Power's new N-Type TOPCon 132 Half Cut Mono Bifacial PV Panels with a transparent backsheet – a breakthrough in solar technology. Offering remarkable efficiency, sustainable design, and long life, these panels are the go-to energy solution for businesses across sectors.
Uncompromised Efficiency: These panels, boasting an efficiency of 22.53%, offer power outputs from 505W 510 Watt 515W 520Watt 525W 530Watt 535 Wattage, making them ideal for high-demand commercial, agricultural, and residential applications.
Enduring Performance: With the durability to withstand extreme weather and a guaranteed long-term warranty (25-year Materials & 30-year Power Warranty), SUNPAL's solar panels promise consistent, reliable performance.
Competitive Pricing: Aimed at enhancing ROI, these panels strike the perfect balance between high-quality performance and cost-effectiveness - an intelligent investment for any business.
Compact, Modern Design: The sleek design ensures they blend seamlessly into any setting, from lavish commercial spaces to cozy residential rooftops.
With SUNPAL Power's frontline solar modules, explore the world of sustainable energy, reduce overhead costs, and future-proof your business operations. Get a custom quote for your energy framework today.
Large Solar Panel Advantages
Considering a big leap into solar energy? Opt for large-scale solar panels - a beneficial choice for both your budget and the environment.
More Power, Focused Space: Large panels produce a higher energy yield per panel. Achieve your energy needs with fewer panels, optimizing your roof or ground space usage.
Economical Choice: While larger panels might seem costly initially, their superior energy efficiency ensures a lower cost-per-watt. Plus, installing fewer panels reduces overall set-up costs.
Enhanced Property Value: Premises outfitted with larger solar panels are seen as future-ready and eco-conscious. This could attract potential buyers willing to pay a higher price.
Reduced Carbon Footprint: Generate greener, cleaner energy on a large scale and significantly decrease your carbon footprint.
Large solar panels make a smart choice for those desiring elevated energy production and savings. They are particularly beneficial for businesses, agricultural spaces, or homeowners with ample rooftop or ground area. Consult a solar expert today and discover the potential of large-sized solar panels tailored to your needs.
Half-Cut Technology Advantages
Consider the efficiency of half-cut solar panels for your high-powered needs, a solution that redefines solar technology.
Advanced Efficiency: By simply halving the cells, resistance is lowered and electron flow is enhanced, increasing the power yield dramatically from the same panel size.
Shade Tolerance: Even when half of the panel is shaded, the other half continues to generate power, reducing energy waste significantly.
Hotspot Prevention: These smaller cells reduce heat accumulation, which minimizes the risk of damaging hotspots.
Increased Durability: These panels are more resilient to microcracks than full-cell panels, promising a longer lifespan.
Embrace the win-win proposition of half-cut solar technology. Experience enhanced power generation, improved shade performance, and a durable solar system. Connect with a solar expert today and make a wise investment for a sustainable electricity future.
BiMAX5N TOPCon Certifications:
IEC 61215, IEC 61730, UL 61730
ISO 9001:2008: ISO Quality Management System
ISO 14001: 2004: ISO Environment Management System
OHSAS 18001: 2007 Occupational Health and Safety
BiMAX5N Solar Panel Features:
- Bifacial technology enables additional energy harvesting from rear side (up to 25%)
- Glass/glass lamination ensures 30 year product lifetime, with annual power degradation < 0.45%,
- 1500V compatible to reduce BOS cost
- Solid PID resistance ensured by solar cell process optimization and careful module BOM selection Reduced resistive loss with lower operating current
- Higher energy yield with lower operating temperature
- Reduced hot spot risk with optimized electrical design and lower operating current
