Canadian Solar HiKu series are high efficiency panels of capacity over 400Wp with dual cell technology which provides 24% more energy than standard modules.

1. THE BEST
JUST GOT BETTER
INTRODUCING HiKu SERIES
x

2. FIRST 400Wp+ POLY MODULE IN THE PV INDUSTRY

3. 400W HIGHEST POWER FOR UTILITY APPLICATIONS
325 330 … 365 370
395 400 405
Standard Poly & Mono 72 format
HiKu 72 format High eff. Poly

4. 335W ROOFTOP & UTILITY APPLICATIONS
Standard Poly & Mono 60 format
270 275 … 305 310
325 330 335
HiKu 60 format High eff. Poly

5. 2.7% LOWER SYSTEM COST
2.7% Reduction
based on 100KW commercial rooftop project in Eastern China
RMB/kwh

6. 4.5% LOWER LCOE
based on 100KW commercial rooftop project in Eastern China
4.5% Reduction
RMB/kwh

7. MORE RELIABLE BECAUSE OF 3 TIMES IEC STANDARD TEST
OPERATES SAFELY WITH LIC TECHNOLOGY

8. HiKu MODULES ALWAYS OPERATE IN SAFE ZONES
110
130
150
170
190
210
230
Module wattage(W)
320 345 370 395 420
Hotspot temperature vs. Module wattage
Std. Full Cell Module
HiKu Module
DangerZoneSafeZone
Hotspot temp. dropped by 50°C
Hotspottemperature(℃)

9. COMPATIBLE WITH FIXED & TRACKING INSTALLATION
Tracking InstallationFixed Installation

10. FIXED INSTALLATION
CS3W-P CS3L-PCS3L-P
Use four clamps on the long side.
Mounting rails run perpendicularly to the
long side frame.
A1 range = (410 – 490) mm
Maximum Load:
Uplift load ≤ 3600 Pa
Downforce load ≤ 5400 Pa
Use four clamps on the long side.
Mounting rails run perpendicularly to the long side
frame.
A1 range = (240 – 330) mm
Maximum Load:
Uplift load ≤ 3600 Pa
Downforce load ≤ 5400 Pa
Note: when the modules need to be installed in heavy
snow area, please contact Canadian Solar Inc.’s
technical support department for professional
advices.
Use six clamps on the long side.
Mounting rails run perpendicularly to the
long side frame.
A3 range = (140 –440) mm
A5 range = (140 –440) mm
Maximum Load:
Uplift load ≤ 3600 Pa
Downforce load ≤ 5400 Pa
Note: This method is recommended for
better reliability.

11. TRACKING INSTALLATION
Module Type Compatible Tracker Mounting Hardware Maximum Load (Pa)
Reference Manual
(Version No.)
CS3W-P
ATI DuraTrack™HZ
Tracking System(V3)
Clamp Ear (V3)
Uplift load ≤ 2400 Pa
Downforce load ≤ 2400 Pa
DuraTrack™HZ Solar Tracker Installation
Guide (January 2017, Rev. B-01)
CS3W-P
NEXTracker NX
Horizon
V2.3 Top Clamp Rails
Rail part No: 20899, 20934, 20907
Uplift load ≤ 2400 Pa
Downforce load ≤ 2400 Pa
NEXTracker NX Horizon 2.3.1
Installation Manual (PDM-000149 Rev. B)
CS3W-P
Arctech
single-axis tracker
Portrait two rows
3588mm rail
(bolting method/
M8 bolt+M8 plain washer(O.D.=24mm)/
1155mm holes position)
Rail drawing No: CS2018007
Uplift load ≤ 2400 Pa
Downforce load ≤ 2400 Pa
SSMFIM-rev01（SkySmart-Module Fixing
Installation Manual）
CS3W-P
Soltec SF7 Single-Axis
Tracker
2542mm rail
(Bolting method/
M6 bolt+M6 plain washer(O.D.=18mm)/
1300mm+400mm holes position)
Rail drawing No：SF7-MR-04-018_Dr
Uplift load ≤ 1200 Pa
Downforce load ≤ 1200 Pa
SF7QG-1500V-en, revision 1.0
CS3W-P
Soltec SF7 Single-Axis
Tracker
3297mm rail
(bolting method/
M8 bolt+M8 plain washer(O.D.=24mm)/
1155mm holes position)
Rail drawing No：SF7-MR-04-017_Dr
Uplift load ≤ 2400 Pa
Downforce load ≤ 2400 Pa
SF7QG-1500V-en, revision 1.0
Remark: 1. The allowable maximum twist angle of the module is 0.5 degree.
2. For any single axis tracker installation method with portrait one row, bearing house cannot be allowed to locate under CS3W-P, please put bearing house between modules.

12. MAIN BENEFITS OF HiKu MODULES
More Power 400W
Safer & More Reliable 3 Times IEC Standard
2.7% Lower System Cost
4.5% Lower LCOE

13. PRODUCT PORTFOLIO
325-335W
CS3L
(1765x1048mm)
395-405W
CS3W
(2108x1048mm)
HiKu Poly 144 FormatHiKu Poly 120 Format

14. ROOFTOP & UTILITY: CS3L-P
No. cells Module size/mm Syst. Volt. J-Box Weight
120 1765 ˣ 1048 ˣ 40
IEC/UL 1000
IEC 1500
3x split 20.6 kg

15. UTILITY: CS3W-P
No. cells Module size/mm Syst. Volt. J-Box Weight
144 2108 ˣ 1048 ˣ 40
IEC/UL 1000
IEC 1500
3x split 24.9 kg

16. 6 BENEFITS OF HiKu MODULES
Surpass Mono Power
4.5% Lower LCOE
2.7% Lower system cost
System cost saving on Labor, mounting
and DC cable
More Power
• Lower NMOT
• Better Temp. Coefficient
• Better shading tolerance
Lower Hot Spot Risk
lower hot spot temperature
~50℃
ADVANTAGES
1
2
3
4
5
6
Better Micro-crack resistant

17. 2.7% LOWER SYSTEM COST
HiKu can save System cost on:
- 15% labor cost
- 6% mounting structure & DC cabling
based on 166mm 120 format , 100KW
commercial rooftop project in Eastern China
2.7% Reduction
RMB/kwh

18. 4.5% LOWER LCOE
HiKu can drive down LCOE by 4.5%
based on 166mm 120 format , 100KW
commercial rooftop project in Eastern China

19. HOTSPOT TEMPERATURE REDUCED BY 50OC
Hotspot temperature test according to latest: IEC61215 V3
110
130
150
170
190
210
230
Module wattage(W)
320 345 370 395 420
Hotspot temperature vs. Module wattage
Std. Full Cell Module
HiKu Module
DangerZoneSafeZone
Hotspot temp. dropped by 50°C
Hotspottemperature(℃)

20. BETTER MICRO-CRACK RESISTANT
Micro crack will be terminated at busbar with
less defect due to Multi Bus Bar
HiKu
(MBB)
Standard 5BB
Micro crack risk will be reduced by 50%
with half-cut technology
Standard Full cell Half cut

21. HiKu MODULE
Minimize the micro-crack risk with half cut and
multi bus bar module architecture
Lower hot-spot risk and lower operation
temperature
MORE POWER
More power output thanks to low NMOT 42±3℃ and better
temperature coefficient
Better shading tolerance
MORE RELIABLE
Further reduce system cost and LCOE$
120 format
CS3L-P: 325-335W
144 format
CS3W-P: 395-405W

22. THE BEST IS ALL WE’VE GOT
#BETTERTOGETHER #ADDINGVALUE
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