Description

Xiamen D.T. Multi Tech Co., Ltd. is one of the most reliable manufacturers and suppliers of n type pv modules in China. With abundant experience, we warmly welcome you to wholesale cheap n type pv modules from our factory. If you have any enquiry about cooperation, please feel free to email us.

Product Introduction

Crafted on an n-type monocrystalline silicon substrate, our N Type PV Modules implement a passivated emitter rear cell (PERC) architecture augmented with advanced anti-reflective coatings. By utilizing an electron-rich n-type silicon wafer instead of traditional p-type, we create solar cells with higher voltage potential and conversion efficiencies exceeding 22%.

Our N Type PV Modules integrate these optimized n-type silicon cells with industry-leading smart module innovations. Embedded sensors actively track system performance while dual power optimizers extract every last drop of available energy. Robust marine-grade frames, IP68 enclosures, and stringent testing regime ensure durable and reliable operation for over 30 years.Field deployments worldwide validate the superiority of our N Type Modules to conventional p-type systems.

Certified high bifaciality factors, excellent low-light behavior, superior hot-spot resilience, and over 30% lower degradation rates demonstrate the real-world advantages our n-type modules deliver for long-term energy yield.With field-proven power density, efficiency, safety and lifespan advantages, our N Type PV Modules represent the industry gold standard - making solar energy more profitable and accessible than ever before. Unleash the full potential of your photovoltaic assets with our cutting-edge n-type technology that sets the new solar standard.

Solar Cells	Monocrystalline
No. of cells	132 cells
Module Dimensions	2384×1303×33 mm
Weight	38.3kg (84.4 lb)
Glass	2.0 mm (0.08 inches) High Tansmission. AR Coated Heat Strengthened Glass
Encapsulant material	EVA/POE
Frame	30mm(1.18 inches) Anodized Aluminium Alloy
J-Box	IP 68 rated
Cables	Photovoltaic Technology Cable 4.0mm²(0.006 inches²), Portrait: 350/280 mm(13.78/11.02 inches) Length can be customized
Connector	MC4 EVO2 / TS4 PLUS / TS4*

Product Details

Vertex N-NEG21C.20-675W-700W description

Mechanical Parameters

Vertex N-NEG21C.20-675W-700W parameter

Key Features

Unparalleled Performance Metrics
These trailblazing n-type modules smash existing efficiency limits thanks to re-engineered cell architectures that squeeze every last photon into purposeful energy. We're achieving real-world panel yields rivaling the most sophisticated lab prototypes.

Blistering Reliability Assurances
With robust component selection, rigorous AQT stress testing and predictive analytics informing design, we've engineered the industry's most bankable energy generator - ready to capture solar gains for over 30 uninterrupted years.

Intelligence Embodied
Our pioneering smart module concept integrates ambient sensors, safety systems and dual power optimizers into each panel for scene-adaptive energy harvesting aligned to grid or application needs. Welcome to the self-aware solar array future.

Crystalline Refinement Perfected
Leveraging ultra-pure n-type silicon and precision doping techniques honed through decades, our monocrystalline cells manifest the theoretical limits of photovoltaic conversion into tangible panel wattages never before possible.

Product Certificates

Trina vertex S certificates

Product Packaging

Vertex S solar panel packaging

Production process

Trina Vertex S production process

FAQ

Q: What are the differences between N-type and p-type silicon?
A: N-type and p-type silicon are two different types of semiconductor materials. N-type silicon has a higher electron concentration than p-type silicon, which means that it has more free electrons available to conduct electricity. This difference in electron concentration leads to a number of advantages for N-type PV modules, as mentioned in the previous section.

Q: How are N-type PV modules manufactured?
A: N-type PV modules are manufactured using a process that is similar to the process used to manufacture p-type PV modules. However, there are a few key differences. First, the silicon wafers used to make N-type modules must be doped with n-type impurities, such as phosphorus or arsenic. Second, the metallization process used to create the electrical contacts on the modules must be designed to account for the different electrical properties of N-type silicon.

Q: What are the future prospects for N-type PV modules?
A: N-type PV modules are a promising new technology that has the potential to improve the efficiency, lifetime, and cost-effectiveness of solar energy. As the technology continues to mature, N-type modules are likely to become more widely adopted.

Q: What are some of the challenges facing N-type PV modules?
A: One of the main challenges facing N-type PV modules is the higher cost of manufacturing. This is due to the additional steps required to dope the silicon wafers and design the metallization process. Another challenge is the lack of long-term data on the performance and reliability of N-type modules. As more data becomes available, these challenges are likely to be addressed.

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