6.6W Back-Contact IBC Mono Solar Cell, 166mm, Full / Cut Options
6.6W Back-Contact IBC Mono Solar Cell, 166mm, Full / Cut Options - Full cell (uncut) / 10pcs In stock. Shipping calculated at checkout.
Features
Features
6.6W Back-Contact IBC Mono Solar Cell, 166mm, Full / Cut Options
Gen 6 6-Inch IBC Solar Cell – MN1 Grade (Full & Custom Cuts)
High-Power IBC Solar Cells for Professional & DIY Projects
We supply Maxeon Gen 6 6-inch IBC solar cells (MN1 grade) with ultra-high efficiency, designed for high-performance solar applications.
Available in Full-Size or Precision-Cut formats:
✅ Full Cell
✅ Half-Cut
✅ 1/4 Cut
✅ 1/8 Cut
✅ Center Strip (Middle-Only, Trimmed)
For center strip options, one center strip is produced from each source cell. Only the selected center strips are supplied; the remaining side pieces are not included.
Cells are processed with precision laser scoring + mechanical separation,
Ideal for engineers, universities, and product developers building high-voltage or space-constrained solar systems.
MN1 Electrical Specs (Typical @ STC)
| Type | Voltage (Vmp) | Current (Imp) | Power (Pmp) | Size (mm approx.) |
|---|---|---|---|---|
| Full Cell | 0.60 V | 11.0 A | 6.60 W | 166 × 166 mm |
| Half-Cut | 0.60 V | 5.50 A | 3.30 W | 166 × 83 mm |
| One-Quarter Cut | 0.60 V | 2.75 A | 1.65 W | 166 × 41 mm |
| One-Eighth Cut | 0.60 V | 1.37 A | 0.82 W | 166 × 20 mm |
⚠️ Voltage remains stable; current scales with area. Final output may vary depending on soldering method, shadowing, and test setup.
Key Features
✅ 24%+ Cell Efficiency (MN1 Grade)
✅ Gen6 IBC Technology – no front busbars, maximum absorption
✅ Excellent low-light performance
✅ EL-tested & IV Curve included
✅ Suitable for DIY, prototyping, and embedded solar
✅ Pre-cut options for fast integration
Brand Notice
We provide processing and cutting services.
LinkSolar is an independent seller and is not affiliated with, endorsed by, or authorized by SunPower or Maxeon. SunPower and Maxeon are trademarks of their respective owners. Brand names on this page are used only to identify the product type and source.
Applications
🔬 Electrical engineering lab experiments
🚗 Solar cars, IoT, drones, wearables
🧱 Custom high-voltage modules
📦 Educational kits & demonstrations
🔋 Shading/thermal behavior simulations
Testing Disclaimer
Please note:
-
All technical data is based on SunPower's MN1 test bin under STC, but our testing process follows our own QA standards.
- Due to cutting-related loss and handling differences, your DIY or lab results may differ from listed specs.
- We provide reference values only, and are not responsible for final results in third-party testing or custom integration.
Buyer questions
How many cells in series do I need for about 5 V?
Each cut size is listed at a typical 0.60 V (Vmp, STC). Nine cells in series give about 5.4 V typical (9 x 0.60 V), and eight give about 4.8 V.
How do I choose between half, 1/4 and 1/8 cut?
Voltage stays at 0.60 V for every cut, so choose by the current and size your design needs: 5.50 A (166 x 83 mm) for a half-cut, 2.75 A (166 x 41 mm) for a 1/4 cut, or 1.37 A (166 x 20 mm) for a 1/8 cut.
Are the listed specs guaranteed for my build?
They are reference values from the MN1 test bin under STC, and LinkSolar tests to its own QA standards. Cutting loss, soldering, shadowing and test setup can all change your results.
Are these official SunPower or Maxeon cells?
LinkSolar is an independent seller and is not affiliated with, endorsed by, or authorized by SunPower or Maxeon. The brand names are used only to identify the product type and source.
LinkSolar supplies solar cells to B2B buyers; ships from China.
