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MODULE SPECIFICATIONS

 

• 

Module specifications are shown in Table 1 and 

Figure 1. (Electrical specifications, mechanical 
specifications, module dimensions)

 

1)

 

Rated electrical characteristics are within the 
range of +10% to 

-

5% of the values measured at 

Standard Test Conditions (STC). Irradiance of 
1000W/m

2

, 25

±

2° cell temperature, AM1.5 

and solar spectral irradiance according to IEC 
60904

-

3.

 

2)

 

Under normal conditions, a module may experi-
ence conditions that produce more current 
and/or voltage than reported at standard 
component test conditions. Accordingly, the 
values of Isc and Voc should be multiplied by a 
factor of 1.25 when determining voltage 
ratings, conductor capacities, fuse sizes, and 
size of controls connected to the module out-
put.                                                                                                            

 

3)

 

The current output for the modules shown in 
the Specifications is measured at Standard Test 

Conditions. These conditions may not be fre-
quently observed in actual practice.

 

 

 

 

 

 

 

Model  

 

VBHN325SJ53 / SJ54

 

VBHN330SJ53 / SJ54

 

VBHN335SJ53

 

Maximum Power (Pmax)

 

+

10/

-

5 %

 

W

 

325

 

330

 

335

 

Open Circuit Voltage (Voc)

 

±

10 %

 

V

 

69.6

 

69.7

 

71.0

 

Short Circuit Voltage (Isc)

 

90 %

 

A

 

6.03

 

6.07

 

6.08

 

Maximum Power Voltage (Vpm) 

 

V

 

57.6

 

58.0

 

59.4

 

Maximum Power Current (Ipm) 

 

A

 

5.65

 

5.70

 

5.65

 

Temperature coefficient for Pmax

 

%/℃

 

-

0.258

 

Temperature coefficient for Voc

 

%/℃

 

-

0.235

 

Temperature coefficient for Isc

 

%/℃

 

0.055

 

Cell Number in  Series 

 

pcs

 

96

 

Cell Type  

 

Silicon hetero

-

junction*

 

Maximum System Voltage (Vsys) 

 

V

 

1000

 

Maximum over

-

current protection rating

 

A

 

15

 

Factory Installed Bypass Diode

 

pcs

 

 

Length x Width x Height

 

mm

 

1590 x 1053 x 40

 

Weight

 

kg

 

19

 

Silicon hetero

-

junction*: Mono

-

crystalline Silicon/amorphous silicon hetero

-

junction

 

Table 1. Model specifications

 

Model  

 

VBHN320KJ01 / KJ02

 

VBHN325KJ01 / KJ02

 

VBHN330KJ01

 

Maximum Power (Pmax)

 

+

10/

-

5 %

 

W

 

320

 

325

 

330

 

Open Circuit Voltage (Voc)

 

±

10 %

 

V

 

70.5

 

70.9

 

71.2

 

Short Circuit Voltage (Isc)

 

90 %

 

A

 

5.89

 

5.94

 

5.99

 

Maximum Power Voltage (Vpm) 

 

V

 

58.7

 

59.2

 

59.5

 

Maximum Power Current (Ipm) 

 

A

 

5.46

 

5.50

 

5.55

 

Temperature coefficient for Pmax

 

%/℃

 

-

0.258

 

Temperature coefficient for Voc

 

%/℃

 

-

0.235

 

Temperature coefficient for Isc

 

%/℃

 

0.055

 

Cell Number in  Series 

 

pcs

 

96

 

Cell Type  

 

Silicon hetero

-

junction*

 

Maximum System Voltage (Vsys) 

 

V

 

1000

 

Maximum over

-

current protection rating

 

A

 

15

 

Factory Installed Bypass Diode

 

pcs

 

 

Length x Width x Height

 

mm

 

1590 x 1053 x 40

 

Weight

 

kg

 

19

 

Содержание HIT KJ01 series

Страница 1: ...mes listed in this manual are trademarks or registered trademarks of respective companies VBHNxxxSJ53 SJ54 KJ01 KJ02 series Photovoltaic Module HITTM Thank you for choosing Panasonic photovoltaic module HITTM Please read this manual completely before you install or use HITTM With proper operation and maintenance HITTM will provide you with clean renewable solar electricity for many years This manu...

Страница 2: ...s are connected in series pro ducing higher voltages The shock hazard increases as modules with nominal open circuit voltage Voc in excess of 45 V and or modules rated for maxi mum system voltage in excess of 45 V Wear suitable clothing gloves and guards to prevent from direct contact with 30 VDC or greater Work only in dry conditions with dry modules and dry tools Children and unauthorized person...

Страница 3: ...9 6 69 7 71 0 Short Circuit Voltage Isc 90 A 6 03 6 07 6 08 Maximum Power Voltage Vpm V 57 6 58 0 59 4 Maximum Power Current Ipm A 5 65 5 70 5 65 Temperature coefficient for Pmax 0 258 Temperature coefficient for Voc 0 235 Temperature coefficient for Isc 0 055 Cell Number in Series pcs 96 Cell Type Silicon hetero junction Maximum System Voltage Vsys V 1000 Maximum over current protection rating A ...

Страница 4: ...Dimensions in mm Side The positions of the holes are all symmetrical against the center of the module Front side Section A A Section B B Back side Mounting location range L1 0 230 230 L2 450 380 345 S1 0 S2 250 Load resistance Positive load 2400 Pa 5400 Pa 2400 Pa 5400 Pa Load resistance Negative load 2400 Pa 4400 Pa 2400 Pa 5400 Pa Module locations and load resistance Depending on internal standa...

Страница 5: ...graved onto the body of the junction box see Figure 2 BYPASS DIODE When the modules in series strings are shaded partially it may cause reverse voltage across cells or modules because the current from other cells in the same series is forced to flow through the shaded area This may cause unde sirable heating to occur The use of a diode to bypass the shaded area can minimize both heating and array ...

Страница 6: ...exposed to moisture shall not be employed alone or in combinations that could result in deterioration or corrosion Clearance of 10cm between the roof surface and module frame is required to allow cooling air to circulate around the back of the module This also allows any condensation or moisture to dissipate Install modules so that air can circulate between the roof and the module Do not contact a...

Страница 7: ...s that connect to ap propriate FUSE for each series string or each module For the installation of connection devices refer to the installation manual of connection devices Do not connect modules in parallel without maximum over current protection ARRAY WIRING The term array is used to describe the assem bly of several modules on a support structure with associated wiring When installing a PV array...

Страница 8: ...lt water 3 Heavy snow falls areas 4 Sand and dust damage is excessive at the installa tion place Heavy dirt areas by sand or dust e g desert a quarry etc 5 Installation in places where there is a concern about deterioration of modules such as heavy air pollution chemically active vapors acid rain and or soot ammonia gas etc UNPACKING AND HANDLING Do not hit the back sheet of a module by the connec...

Страница 9: ... caused by deter gents When cleaning the PV module please do not put detergent on the junction box or connector If detergents and chemical substances adhere the junction box and connectors may be deteri orated or damaged DISPOSAL OF OLD EQUIPMENT This symbol on the products and or accompanying documents means that used electrical and electronic products must not be mixed with general household was...

Страница 10: ...10 Edition Revision Date Revised Item Revised Content TENTATIVE 2017 12 15 TENTATIVE 2 2017 12 20 Appearance drawing Fig 1 Change of Appearance drawing REVISION HISTORY ...

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