Monocrystalline N-type Ibc

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Monocrystalline N-type Ibc
Details
Brand: 通威 TONGWEI
1.IBC technology eliminates front-side shading (no busbars), maximizing sunlight absorption and achieving efficiencies of 22-24% or higher.
2.Lower temperature coefficient compared to conventional panels, maintaining efficiency in hot climates.
3.All-black design with no visible grid lines (back-contact cells), ideal for residential and commercial applications where appearance matters.
4.N-type cells exhibit less power loss at high temperatures compared to P-type PERC or traditional panels.
Category
N-Type Solar Panels
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Description

Game-Changing Back-Contact Design

 

No Front Grid = More Power – Unlike standard panels with metal lines blocking sunlight, our Monocrystalline N-Type IBC design moves all contacts to the back. This boosts efficiency to 26%+ (PERC panels max out at 22%), leveraging the unique rear-contact structure to unlock higher energy capture.

30% Less Energy Loss – Rear-mounted P+/N+ junctions in the Monocrystalline N-Type IBC keep electrons flowing smoothly, reducing wasted energy and maintaining consistent output even in variable light conditions.

 

Built to Last

 

No Degradation Over Time – Thanks to phosphorus-doped silicon and anti-PID glass, these panels lose less than 0.5% efficiency per year.

Extreme Weather Proof – Tested to survive:

  • Golf ball-sized hail (35mm at 72 mph)
  • Oceanside salt spray (1,000-hour corrosion test)
  • Desert heat (85°C with 85% humidity)

 

Smarter Energy Harvesting

 

Heat Resistant –

Performs 15% better than P-type panels in hot climates (like Arizona or Saudi Arabia).

Shade Defying –

Even if part of the panel is shaded, power loss stays below 5% (other panels drop by 20-30%).

Double-Sided Power –

Optional bifacial model captures reflected light, adding 10-25% more energy on light-colored surfaces.

 

Precision Manufacturing

 

Cell-Level Innovations:

  • Laser-doped selective emitter (LDSE) for 22.5%+ cell efficiency
  • Atomic-layer-deposited (ALD) rear passivation
  • Copper-plated contacts (reducing silver use by 50%)

Panel Construction:

  • 3.2mm anti-reflective glass (98% transmittance)
  • IP68 junction box with 3x bypass diodes
  • Anodized aluminum frame (35mm, 5400Pa load rating)

 

Applications & ROI

 

 
 

Commercial Rooftops –

650W panels maximize limited space, cutting payback to 3-4 years in high-tariff regions.

 
 
 

Floating Solar –

Saltwater-resistant version (IP69K) for offshore farms.

 
 
 

BIPV Projects –

Custom all-black or transparent designs (15-40% light transmission), where the sleek profile of Monocrystalline N-Type IBC enhances architectural integration.

 

 

Technical Specifications

 

Open-circuit voltage (Voc) [V]

STC

NOCT

Maximum power (Pmax) [W]

410

404.8

Operating voltage at maximum power point (Vmp) [V]

37.38

35

Short-circuit current (Isc) [A]

13.92

10.97

Test conditions

21.0%

Number of battery cells

108(6*18)

Dimensions

1722±2×1134±2X30mm

Battery type

Monocrystalline silicon

Framework

Anodized aluminum alloy frame

Weight

20.5KG

 

Why Choose IBC Over PERC?

 

  • Higher ROI: 10% more lifetime energy yield per square meter
  • Lower Maintenance: No front-grid corrosion or cleaning issues
  • Aesthetic Edge: Sleek, all-black appearance for premium projects

 

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