Description

Technical Parameters

DSHB132 Solar Panel HJT 132 600-635W

Bifacial Half Cell Double-glass Solar Module

DSHB132 500-635-01

DS Technology – Engineered for Higher Output

µc-Si and Gettering Process Integration
Combining microcrystalline silicon (µc-Si) with gettering processes, the DSHB132 achieves cleaner cells, resulting in higher efficiency and greater power output.

Up to 95% Bifaciality for Enhanced Rear-Side Power Gain
Its naturally symmetrical bifacial structure enables high rear-side energy harvest, ideal for reflective surfaces and optimized installations.

Durable with PIB Sealing and Dual Glass Design
Featuring polyisobutylene (PIB) edge sealing and integrated coated frames, the module meets IEC salt mist test Level 8 for outstanding environmental resistance.

Utility-Scale Ready: Maximize Energy, Minimize Costs

Perfect for utility-scale solar projects, the DSHB132 offers:

Lower Balance of System (BOS) Costs

Reduced Levelized Cost of Energy (LCOE)

Exceptional Power Output and Long-Term ROI

CERTIFICATION

2024-08-12 092820

IEC61215, IEC61730

ISO9001: 2015 Quality Management System

ISO14001: 2015 Environment Management System

ISO45001: 2018 Occupational Health and Safety

IEC62941: 2019 Terrestrial photovoltaic (PV) modules-Quality

system for PV module manufacturing

QUALITY ASSURANCE

2024-08-16 175023

MECHANICAL PARAMETERS

Cell (mm)	182*105 Bifacial Mono
Dimensions (LMH) (mm)	2382113430
Weight (kg)	32.6
Cable Cross Section Size (m㎡)	4
No. of Cells & Connections	132(6*22)
No. of Diodes	3

QUALIFICATION

Max. System Voltage (V DC)	DC1500V (IEC)
Temperature Cycling Range (℃)	-40~+85
Max. Series Fuse Rating (A)	30
Tolerance of Pmax	0~+3%
Max. Wind Load / Max. Snow Load (Pa)	2400 / 5400
Hot Spot Rate	100% Free
Connector Type	MC4 Compatible
Fire Rating	Class II
Junction Box & Connector Protection Grade	IP68
Bifacial Factor (%)	90±5

DSBH32 500-635

ELECTRICAL PARAMETERS

		DSHB132-600	DSHB132-605	DSHB132-610	DSHB132-615	DSHB132-620	DSHB132-625	DSHB132-630	DSHB132-635
STC AM1.5, 1000W/㎡ Cell Temperature 25℃	Max. Power at STC (Pmpp/W)	600	605	610	615	620	625	630	635
	Max. Power Voltage (Vmp/V)	40.69	40.78	40.85	40.96	41.05	41.14	41.23	41.32
	Max. Power Current (Imp/A)	14.76	14.85	14.95	15.03	15.12	15.21	15.30	15.39
	Open Circuit Voltage (Voc/V)	48.75	48.85	48.94	49.05	49.15	49.25	49.34	49.43
	Short Circuit Current (Isc/A)	15.56	15.66	15.76	15.86	15.96	16.06	16.16	16.26
	Module Efficiency (%)	22.2	22.4	22.6	22.8	23.0	23.1	23.3	23.5
NOCT AM1.5, 800W/㎡, Ambient Temperature 20℃, Wind Speed 1m/s	Max. Power at NOCT (Pmpp/W)	458	461	465	469	473	477	481	484
	Max. Power Voltage (Vmp/V)	38.84	38.92	38.98	39.09	39.18	39.26	39.34	39.42
	Max. Power Current (Imp/A)	11.80	11.87	11.95	12.01	12.08	12.16	12.34	12.30
	Open Circuit Voltage (Voc/V)	46.53	46.62	46.71	46.82	46.91	47.01	47.09	47.18
	Short Circuit Current (Isc/A)	12.44	12.52	12.60	12.68	12.76	12.84	12.92	13.00
BSTC AM1.5, 800W/㎡, 135W/㎡,25℃	Max. Power at BSTC (Pmpp/W)	672	678	684	689	695	700	706	712
	Max. Power Voltage (Vmp/V)	40.83	40.92	40.99	41.10	41.19	41.28	41.37	41.46
	Max. Power Current (Imp/A)	16.48	16.58	16.69	16.78	16.88	16.98	17.08	17.18
	Open Circuit Voltage (Voc/V)	48.92	49.02	49.11	49.22	49.32	49.42	49.51	49.60
	Short Circuit Current (Isc/A)	17.45	17.56	17.67	17.79	17.90	18.01	18.12	18.24

PACKING CONFIGURATION

Container (High cube)
Modules Per Pallet	36
Pallets Per Container	20
Modules Per Container	720

TEMPERATURE COEFFICIENTS

Temperature Coefficient Voltage (Voc)	-0.22 %/℃
Temperature Coefficient Current (Isc)	0.04 %/℃
Temperature Coefficient Power (Pm)	-0.24 %/℃

I-V CURVE

2024-08-20 110029

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