Product Details
Hybrid Cell TechnologyÂ
HIT/HJT/HCT/HDT modules use our patented Hybrid Cell Technology platform that utilizes enabling thin-film materials on surface engineered Silicon substrate to achieve high-efficiency power output and reliable energy production for increased project returns.Â
Unlike conventional crystalline silicon cell technologies, we use a highly-scalable process to deliver high output solar power at a very competitive Levelized Cost of Energy (LCOE).
√High EfficiencyÂ
20.7% Module Efficiency (STC),Â
24% cell Efficiency
√Bifacial Energy BoostÂ
Harvests sun from the backside to increase power output up to 23%Â
√Dual-Glass Frameless DesignÂ
Our Design is more robust and does not require module groundingÂ
√15 YEARÂ
PRODUCT WARRANTYÂ
√25 YEARÂ
POWER WARRANTY
ELECTRICAL SPECIFICATIONS |
|
400 |
410 |
STC rated output PMPP (W) |
|
400 |
410 |
Cell Efficiency |
|
23.5% |
24% |
Module Efficiency STC |
|
20.2% |
20.7% |
Standard sorted output |
|
-0.6 |
-0.6 |
Open Circuit Voltage VOC (V) |
|
50.19 |
50.28 |
Short circuit current ISC (A) |
|
9.78 |
9.65 |
Rated Voltage VMPP (V) |
|
42.85 |
42.92 |
Rated Current IMPP (A) |
|
9.34 |
9.43 |
1: Standard Test Conditions for front-face of the panel: 1000 W/m2, 25°C. |
BI-FACIAL OUTPUT* |
|
  |
  |
With 10% Backside Power Boost |
|
  |
  |
 Power Output (W) |
|
435 |
445 |
 Module Efficiency |
|
21.97% |
22.47% |
With 20% Backside Power Boost |
|
  |
  |
 Power Output (W) |
|
475 |
485 |
 Module Efficiency |
|
23.99% |
24.5% |
*Backside boost for flush mount configuration is ≤5%, resulting in Isc ≤9.56 – 9.77 A |
TEMPERATURE COEFFICIENTS |
|
|
|
Temperature coefficient PMPP |
-0.27%/C |
Temperature coefficient ISC |
+0.015%/C |
Temperature coefficient VOC |
-0.21%/C |
Normal operating cell temperature (NOCT)°C |
46C +/- 2 |
MECHANICAL SPECIFICATIONS |
|
  |
  |
Dimensions |
1,998 x 994 x 6/5 mm |
Weight |
28.5/22.8 kg |
Area |
1.99m2 |
Cell type |
Bifacial Hybrid Cell Technology (HIT/HJT/HCT/HDT) |
http://www.shinsonsolar.com/