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Solar Panels

Photo Voltaic

Solar energy is power from the sun’s rays that reach Earth. Using photovoltaic cells made from silicon alloys, sunlight can be converted into other forms of energy, such as heat and electricity. Steam generators using thermal collectors to heat a fluid, such as water, sometimes convert even higher amounts of solar energy into electricity.

Monocrystalline Cells

Monocrystalline_Cells125 x 125 (5 inch) Monocrystalline Cells


  • Uniform alkaline surface texturing
  • Silicon nitride anti-reflective coating
  • State-of-the-art silver contacts
  • ISO 9001 and 14001 certified

Efficiencies up to 18%

Dimensions: 125mm x 125mm ± 0.5mm
Diagonal: 165mm ± 1.0mm (round chamfers)
Thickness (Si): 200µm ± 20µm
Front Surface: Blue silicon nitride anti-reflective coatings
1.5mm-width silver contact on silicon nitride
Back Surface: Full-surface aluminum back-surface field
3mm-width silver-aluminum back contact strips


Polycrystalline Cells

Polycrystalline_Cells156 x 156 (6 inch) Polycrystalline Cells


  • Uniform acidic surface texturing
  • Enhanced blue spectra response
  • Silicon nitride anti-reflective coating
  • State-of-the-art silver contacts
  • Screen-tested metal plates
  • ISO 9001 and 14001 certified

Efficiencies up to 16.5%

Dimensions: 156mm x 156mm ± 0.5mm
Diagonal: 220mm ± 1.0mm
Thickness (Si): 220µm ± 20µm
Front Surface: Blue silicon nitride anti-reflective coatings
1.5mm-width silver contact on silicon nitride (3 busbars)
Back Surface: Full-surface aluminum back-surface field
3mm-width silver-aluminum back contact strips


High-Quality Solar Modules


Intratrek solar modules are ideal for commercial, residential, and utility-scale applications, both on-grid or off-grid.Intratrek solar modules are built using  cells that undergo rigorous materials testing before and during module production. 5S Lean manufacturing process ensures uncompromised quality at every step. This produces a final solar module of the highest, most reliable integrity.


Module Manufacturing

  1. Prior to solar module assembly, each cell is individually inspected and power-matched for consistent performance;
  2. Once assembled, each module undergoes further testing to ensure consistently high quality;
  3. Each module is then given a complete visual inspection to verify that its appearance meets our high standards;
  4. Each module also undergoes additional testing via a calibrated solar simulator to ensure an accurate minimum power, voltage, and current rating;
  5. ISO 9001, OHSAS certification, and TÜV factory inspections reinforce that our manufacturing is carried out under proven quality control and manufacturing processes.

The results are UL, TÜV, CE, IEC certified products that our customers can be confident meet international standards for product safety, durability, and overall quality.


3-Busbar Configuration

Intratrek’s polycrystalline modules feature 3-busbar cells. By decreasing the amount of space between busbars and the distance the current must travel, Intratrek’s 3-busbar solar cells reduce current loss and increase cell power output. As such, the power output of a 3-busbar module is higher than a standard 2-busbar module.

Weather-resistant Solar Module Frame

Intratrek’s module frames are constructed of aluminum alloy, and treated to corrosion resistant oxidation coating, for maximum endurance in rugged weather conditions including water exposure, wind pressure, hail impact, and snow load.

EVA (ethylene-vinyl-acetate)

Intratrek modules benefit from EVA sourced from one of the world’s most widely regarded, high-quality EVA producers. In addition to using the best raw material to encapsulate cells within modules, Intratrek also conducts regular testing to ensure that the material consistently meets our rigorous quality standards.

Durable Glass Surface

The glass surface of Intratrek solar modules provides durability. They are proven to withstand significant impacts including falling steel marbles that weigh over 1 kg (2.2 lbs). They are also field tested to support over 300kg (660 lbs) of load per square meter (10.7 ft2).


Building Integrated Photovoltaics (BIPV) Modules


Building Integrated Photovoltaics – BIPV – combine proven solar technology with traditional building materials. It is an exciting technology that allows solar systems to be an integrated part of buildings and structures. replacing conventional building materials.Taking in many shapes and forms, BIPV can be installed in a wide variety of applications such as skylights, roofing, walls and windows.

BIPV is also popular in public areas as bus shelters, where they provide both attractive protection from the elements and energy production.

BIPV can be added to an existing building, or designed as part of a new construction.

The BIPV solution enables

Energy efficient buildings

Added architectural and visual interest

Energy production where space is limited

Innovative Technology: Intratrek. frameless “glass-on-glass” technology in an innovative solution for solar constructions. It is ideal for shading windows, replacing walls or skylights, and creating transparent roofing structures.

Custom-Made: Each structure and project is different. Intratrek. customizes the modules to meet your building’s requirements.



High reliability with guaranteed -3% to +5% power output tolerance,ensuring return on investment
High conversion efficiency based on leading innovative photovoltaic technologies
Withstands high wind-pressure and snow load,and extreme temperature variations
Attractive appearance
Easy to install
Quality and Safety
Rigorous quality control meeting the highest internaional standards
25-year power output transferable warranty
ISO9001:2008(Quality Management System)certified factorise manufacturing world class products
IEC61215,Safety classⅡ,conformity to CE
Recommended Applications
Residential roof top systems
On-grid utility systems
On-grid commercial systems
Off-grid PV systems


Qualification Test Parameters
Max load
Hailstone impact
25mm(1inch) at 23m/s(52mph)
Temperature Coefficients
Temperature Coefficient of Voc
Temperature Coefficient of Isc
Temperature Coefficient of Pmax


Electrical Characteristics
Maximum power(Pmax)
Voltage at Pmax(Vmp)
Current at Pmax(Imp)
Open-Circuit Voltage(Voc)
Short-Circuit Current(Isc)
Maximum Systerm Voltage
IEC,1000V DC,600V
Maximum Series Fuse Rating
Power Tolerance