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Sharp NS-F128G6 Manual
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Sharp NS-F128G6 Manual

Sharp NS-F128G6 Manual

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PREPARED BY:
DATE
Y. HOSHIDE
April 26
CHECK BY:
DATE
H. Ohno
April 26
APPROVED BY:
DATE
April 26
K. MAEDA
1.
The user of this module shall be aware any characteristics described in the specification.
Please study carefully the characteristics of the module described on clause 4.5.
2.
This specification sheets include the contents under the copyright of Sharp Corporation
("Sharp"). Please keep them with reasonable care as important information. Please don't
reproduce or cause anyone reproduce them without Sharp's consent.
3.
Please obey the instructions mentioned below for actual use of this module.
(1) Main applications of the modules as follows.
･Grid-connected PV systems
･Telemeter system (Terminal) ･Village electrification, etc.
(2) Please take proper steps in order to maintain reliability and safety, in case this module
is used for the uses mentioned below which require high reliability.
･Unit concerning control and safety of a vehicle (air plane, train, automobile, etc.)
･Traffic signal ･Road sign ･Security system ･Other safety system, etc.
(3) Please don't use for the uses mentioned below which required extremely high reliability.
･Space equipment ･Telecommunication system (Trunk) ･Nuclear control system
･Medical system (relating to any fatal element), etc.
CUSTOMER'S APPROVAL
DATE
BY
, 2014
th
, 2014
th
SHARP CORPORATION
282-1 HAJIKAMI, KATSURAGI-SHI
NARA PREFECTURE 639-2198
, 2014
th
SPECIFICATION
SPECIFICATION FOR
SOLAR MODULE
MODEL No. NS-F128G6
JAPAN
PRESENTED
BY
K. Maeda
Department General Manager
Thin-film PV Engineering Dept.
Solar Systems Unit
Energy System Solutions Division
SPEC No. MTA14005
FILE No.
ISSUE
First Issue
PAGE
22 Pages
THIN-FILM PV ENGINEERING
DEPARTMENT
SOLAR SYSTEMS UNIT
ENERGY SYSTEM SOLUTIONS
DIVISION
MTA14005

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Summary of Contents for Sharp NS-F128G6

  • Page 1 The user of this module shall be aware any characteristics described in the specification. Please study carefully the characteristics of the module described on clause 4.5. This specification sheets include the contents under the copyright of Sharp Corporation (“Sharp”). Please keep them with reasonable care as important information. Please don’t reproduce or cause anyone reproduce them without Sharp’s consent.

  • Page 2: Revision Record

    Revision Record SIGNATURE DATE CHANGE PAGE Approved by Checked by Prepared by First Issue March 26 2014...

  • Page 3: Specification

    MTA14004 1. SCOPE This document describes the specifications of solar module NS-F121G6 2. APPLICATION STANDARD This module is designed to meet the requirement of the following standards. ・IEC 61646 Ed.2 Thin film PV modules – Design qualification and type approval. ・EN 61730-1 Photovoltaic (PV) module safety qualification Part 1: Requirements for construction...
  • Page 4 MTA14004 Filling materials shall be black resin. 4.2.4 Front cover Front cover shall be low iron non-tempered glass. 4.2.5 Back cover Back cover shall be tempered glass. <NOTE> Tempered glass used as the back cover material might cause a spontaneous breakage because of the impurity in the tempered glass.
  • Page 5 MTA14004 NOTE> Example of visible discoloration < (1) White, grey or silver colored spots (Figure A) < Fig. A> After completion of the module installation white, grey or silver-colored spots may occur during operation of the PV-plant caused by certain shading conditions. These so called “White Spot”...
  • Page 6 10.19.1 – 10.19.3 of IEC61646 Ed.2. NOTE 3: The maximum output power measurement tolerance by a solar simulator with STC on a system calibrated by Sharp is ±3.5%. 4.6.2.2 Insulation This module satisfies the requirement of Dielectric withstand test in accordance with IEC61730-2.
  • Page 7 MTA14004 7.1 Use (1) Main applications of the modules as follows. •Grid-connected PV systems. • Telemeter system (Terminal) • Village electrification (2) Please take proper steps in order to maintain reliability and safety, in case this module is used for the uses or in areas mentioned below which require high reliability. •...
  • Page 8 MTA14004 (7) Follow safety precautions of the battery manufacture if batteries are used with modules. (8) Consult the manufacturer for proper installation on special vehicles such as boats and campers. (9) The modules must be mounted using clips on the long sides of the module according to our installation manual .
  • Page 9 MTA14004 Fig.1 The front view of the module ７...
  • Page 10 MTA14004 Fig.2 The back view of the module ８...
  • Page 11 MTA14004 NS－F128G6 NS-F128G6 128W (+10%/-5%) (Pmax) 59.8V 3.45A 50mm caution 45.4V Potential electrical hazard 2.82A 1000V 90mm Fig. 3 The nameplate design ９...
  • Page 12 MTA14004 Banding strap Corner Angle (Steel) Top Corner (Carton) Corner Pad (Resin) Stretch film Pallet(Wood or Steal) Bｒace(Steel) Screw(Steel) 1080 mm 1460 mm Cushioning (Foamed Styrol) Pallet (Wood or Steel) Fig. 4 The shipping carton box specifications (Type A). １０...
  • Page 13 MTA14004 NS-F128G6 NS-F128G6 The printing design of top cover Fig. 5 The shipping carton box specifications (Type B). １１...
  • Page 14 MTA14005 DATA SHEET of PV module NS-F128G6 Ⅰ-１...
  • Page 15 MTA14005 Ⅰ－１. SCOPE This data sheet describes the standard information (not items guaranteed) except specifications for the detail design and work. Users shall consider the other information． Ⅰ－２. MECHANICAL CHARACTERISTICS Cell Type thin-film silicon (amorphous Si / microcrystalline Si tandem structure) Front cover material Low iron non-tempered glass Encapsulation material...
  • Page 16 MTA14005 TableⅠ- 1. Electrical characteristics (Initial value at STC) Characteristics Symbol Value Unit 150.6 Maximum Power Pmax Tolerance 60.8 Open-circuit voltage 3.54 Short-circuit current 48.6 Maximum power voltage Vmpp 3.10 Maximum power current Impp TableⅠ- 2. Electrical characteristics (Nominal value at STC) ＊...
  • Page 17 MTA14005 4 years (Date of system installation: February 1st) Nominal value 1000 1200 1400 cumulative exposure time in days 1st month (Date of system installation: February 1st) Nominal value cumulative exposure time in days Fig.Ⅰ-1 Conceptual figure showing nominal and seasonal changes TableⅠ- 3.
  • Page 18 MTA14005 The electric output characteristics of the module under condition other than the standard test condition are shown below. These characteristics are typical characteristics. The characteristic of each module is not necessarily in agreement with the characteristic shown below. (1) Short-circuit current, Open-circuit voltage, Maximum power vs. Irradiance (Fig.Ⅰ- 2) (Module temperature: 25℃) Pmax 1000...
  • Page 19 MTA14005 (2) Current and Power versus Voltage per irradiance (Fig.Ⅰ- 3) (Module temperature: 25ºC) 1000 [W/m 900 [W/m 800 [W/m 700 [W/m 600 [W/m 500 [W/m 400 [W/m 300 [W/m 200 [W/m 100 [W/m Current vs. Voltage Voltage [V] Power vs. Voltage Fig.Ⅰ-3 Current, Power versus Voltage Characteristics Ⅰ-６...
  • Page 20 MTA14005 (3) Normalized characteristics regarding Voc, Isc and Pmax versus Module temperature (Fig.Ⅰ- 4) Module Temperature [℃] Fig.Ⅰ-4 Short-circuit current, Open-circuit voltage, Maximum power vs. Module temperature Characteristics Ⅰ-７...
  • Page 21 MTA14005 (4) Temperature coefficient; the coefficient of Voc, Isc and Pmax is shown in table I-4. TableⅠ-4 Temperature coefficient Characteristic Unit Value Temperature coefficient of Voc % / ℃ -0.30 Temperature coefficient of Isc % / ℃ 0.07 Temperature coefficient of Pmax % / ℃...