EQUIPMENT CATALOGUE

Dear Valued Customer,

To reflect the new direction for our company in terms of both technology and business generation we are pleased to announce that the Dyesol group has changed its name to Greatcell Solar.

Dyesol Limited was formed in 2004 to accelerate the commercial development of Dye Solar Cell technology and build on the DSC work of previous 14 years carried out by Sustainable Technologies International Pty Ltd (“STI”), Greatcell Solar S.A. (“Greatcell”), and Switzerland’s École Polytechnique Fédérale de Lausanne (EPFL).

On June the 9th 2017 at a general meeting of Dyesol shareholders a special resolution to change the name of the Company from Dyesol Limited to Greatcell Solar Limited was approved.

If you are a customer of the Company, our banking details will remain unchanged except for new account holder name details. We will, of course, continue to deliver the best materials and equipment in this rapidly growing renewable energy sector. We will also continue to sensibly manage the transition, recognising both names in relevant circumstances.

The name change is much more than cosmetic, it is a new direction for the company in terms of both technology and business generation. The new name signifies to us a new chapter of commercial progress and is more appropriate for our 3rd generation solar PV technology.

What will not change is our commitment to provide you with excellent materials and great equipment.

FROM DYESOL TO GREATCELL SOLAR THE SAME

COMMITMENT FOR A BRIGHTER FUTURE!

ABOUT GREATCELL SOLAR

About Dyesol 5

How to order 6

Materials 7

Equipment 11

GLASS PREPARATION

Laser Scribing System Mini Desktop 13

Laser Scribing System – Medium and Large 15

Laser scriber HQ 17

YAG Laser Scribing System 19

Manual Hole Drilling System 20

MATERIALS APPLICATION

Screen Printer 21

Screen Lab Level 22

Spin coater 23

ELECTRODE PROCESSING

Programmable Hotplate 24

Belt Furnace 25

CELL CONSTRUCTION

Ultrasonic Soldering Station 26

Pneumatic heat press 27

TEST EQUIPMENT

SOLAR SIMULATORS

Solar Simulator – Hyperion III 28

Reference cell 31

Spectrometer 32

LIGHT SOAKERS

MH light soaker 33

CELL CHARACTERISATION

IV testing system 34

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TABLE OF CONTENT

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Greatcell Solar is a global leader in the development and commercialisation of Perovskite Solar Cell (PSC) technology – 3rd Generation photovoltaic technology that can be applied to glass, metal, polymers or cement.

Greatcell Solar manufactures and supplies high performance materials and is focussed on the successful commercialisation of PSC photovoltaics.

Our team of highly skilled scientists and engineers focus on:• Developing (and continuously advancing) a suite of

thoroughly tested PSC chemicals, components and

equipment used in the manufacture of PSC cells, modules and panels to researchers and industrialists;

• Providing turn-key and custom fabrication facilities for research, development and production of PSC photovoltaic devices; and

• Providing specialist training, consulting and engineering solutions for the application of PSC photovoltaic technology.

Greatcell Solar is a publicly listed company: Australian Securities Exchange ASX (GSL) and German Open Market (D5I).

ABOUT GREATCELL SOLAR

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For more information, custom orders or tailored material and equipment quotes email information@greatcellsolar.com or call Greatcell Solar’s Headquarters +61 2 6299 1592.

European CustomersTo purchase or enquire email italy@greatcellsolar.com .

Custom OrdersGreatcell Solar welcomes the opportunity to tailor our products or product quantities to suit your needs. If you require a custom formulated order, it is worth discussing your project goals and requirements with Greatcell Solar. Simply send your request by email to purchase@greatcellsolar.com.

Customer ServiceOur customer service and sales teams are located in both the northern and southern hemisphere’s which means you have access to assistance around the clock.Email information@greatcellsolar.com if you would like to discuss special order quantities or require product advice.If you have placed an order, and you have a query regarding its status, keep an eye on your emails for your order confirmation or email purchase@greatcellsolar.com.

PaymentGreatcell Solar will accept payment by cheque or direct deposit. All payments by direct deposit must include the reference number in the bank transfer. If payment is made by direct deposit, please forward the transaction receipt to purchase@greatcellsolar.com .Payment by cheque or direct deposit is slower to process and wherever possible, Greatcell Solar encourages customers to use Greatcell Solar’s online e-commerce website to place orders.Please speak to Greatcell Solar’s Sales Team to arrange for an account or special payment terms as necessary.

Greatcell Solar Head Office3 Dominion Place, Queanbeyan NSW 2621, AustraliaPost: PO Box 6212, Queanbeyan NSW 2621, AustraliaWebsite: www.greatcellsolar.com

ContactsSales: purchase@greatcellsolar.comEuropean customers: italy@greatcellsolar.comInformation: information@greatcellsolar.com Newsletter: Subscribe herePhone: +61 6299 1592

HOW TO ORDER

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Greatcell Solar has more than 800 customers located in 60 countries. Customers include leading universities, manufacturers and scientists. All demand a high quality and consistent product, which Greatcell Solar has become renowned for internationally.

We provide our customers with the industry’s highest quality perovskite precursors, sensitising dyes, ligands, dye additives, titania pastes, platinum pastes, electrolytes, conductive glass substrates, sealants and more!Greatcell Solar is also a pioneer Licensee of the Ecole Polytechnique Federale de Lausanne (EPFL) and many of our products are sold under license from EPFL.Our operation is scalable, and we are capable of fulfilling

small orders for individual projects or large orders for production scale initiatives.

Our products go under the most rigorous quality testing in the market to provide the best performance and highest consistency. We already supply a range of producers with large quantities of several materials at very competitive prices.

HIGHEST QUALITY MATERIALS

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IODIDES• Acetamidinium iodide• 5-Azaspiro[4.4]nonan-5-ium iodide• 1,4-Benzene diammonium iodide• Benzylammonium iodide• iso-Butylammonium iodide• n-Butylammonium iodide• t-Butylammonium iodide• Cyclohexylammonium iodide• Cyclohexylmethylammonium iodide• 1,4-Diazabicyclo[2,2,2]octane-1,4-diium iodide• Diethylammonium iodide• Dimethylammonium iodide• N,N-Dimethyl-1,2-ethanediammonium iodide• N,N-Dimethyl-1,3-propanediammonium iodide• n-Dodecylammonium iodide• Ethane-1,2-diammonium iodide• Ethylammonium iodide• 4-Fluoro-Benzylammonium iodide• 4-Fluoro-Phenethylammonium iodide• Formamidinium iodide• Guanidinium iodide• n-Hexylammonium iodide• Imidazolium iodide• Methylammonium iodide• n-Octylammonium Iodide• tert-Octylammonium iodide• iso-Pentylammonium iodide• neo-Pentylammonium iodide• Phenethylammonium iodide• Phenylammonium iodide• Piperazine-1,4-diium iodide• Piperidinium iodide• Propane-1,3-diammonium iodide• iso-Propylammonium iodide• n-Propylammonium iodide• Pyridinium iodide• Pyrrolidinium iodide• Quinuclidin-1-ium iodide

TFSIs• 5-Azaspiro[4.4]nonan-5-ium bis(trifluoromethane)

sulfonimide

BROMIDES• 5-Azaspiro[4.4]nonan-5-ium bromide• Benzylammonium bromide• iso-Butylammonium bromide• n-Butylammonium bromide• t-Butylammonium bromide

• Cyclohexylammonium bromide• Cyclohexylmethylammonium bromide• 1,4-Diazabicyclo[2,2,2]octane-1,4-diium bromide• Diethylammonium bromide• Dimethylammonium bromide• N,N-Dimethyl-1,2-ethanediammonium bromide• N,N-Dimethyl-1,3-propanediammonium bromide• n-Dodecylammonium bromide• Ethane-1,2-diammonium bromide• Ethylammonium bromide• 4-Fluoro-Benzylammonium bromide• 4-Fluoro-Phenethylammonium bromide• Formamidinium bromide• Guanidinium bromide• n-Hexylammonium bromide• Imidazolium bromide• Methylammonium bromide• n-Octylammonium bromide• tert-Octylammonium bromide• iso-Pentylammonium bromide• neo-Pentylammonium bromide• Phenethylammonium bromide• Phenylammonium bromide• Piperazine-1,4-diium bromide• Piperidinium bromide• Propane-1,3-diammonium bromide• iso-Propylammonium bromide• n-Propylammonium bromide• Pyrrolidinium bromide• Quinuclidin-1-ium bromide

HEXAFLUOROPHOSPHATES• 5-Azaspiro[4.4]nonan-5-ium hexafluorophosphate• Formamidinium hexafluorophosphate• Methylammonium hexafluorophosphate

CHLORIDES• 5-Azaspiro[4.4]nonan-5-ium chloride• 1,4-Diazabicyclo[2.2.2]octane-1,4-diium chloride• N,N-Dimethyl-1,3-propanediammonium chloride• Formamidinium chloride• n-Octylammonium chloride• tert-Octylammonium chloride• iso-Pentylammonium chloride• neo-Pentylammonium chloride• Piperazine-1,4-diium chloride• Piperidinium chloride• Propane-1,3-diammonium chloride• Pyrrolidinium chloride• Quinuclidin-1-ium chloride

PEROVSKITE PRECURSORS – AMMONIUM SALTS

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THIOCYANATES• Benzylammonium thiocyanate• n-Butylammonium thiocyanate• Cyclohexylammonium thiocyanate• n-Dodecylammonium thiocyanate• Ethylammonium thiocyanate• Formamidinium thiocyanate• n-Hexylammonium thiocyanate• Methylammonium thiocyanate• n-Octylammonium thiocyanate• tert-Octylammonium thiocyanate• iso-Pentylammonium thiocyanate• neo-Pentylammonium thiocyanate• Phenethylammonium thiocyanate• Phenylammonium thiocyanate• Pyrrolidinium thiocyanate

SPIROs• 5-Azaspiro[4.4]nonan-5-ium bis(trifluoromethane)

sulfonimide• 5-Azaspiro[4.4]nonan-5-ium bromide• 5-Azaspiro[4.4]nonan-5-ium chloride• 5-Azaspiro[4.4]nonan-5-ium hexafluorophosphate• 5-Azaspiro[4.4]nonan-5-ium iodide• 5-Azaspiro[4.4]nonan-5-ium tetrafluoroborate

TETRAFLUOROBORATES• 5-Azaspiro[4.4]nonan-5-ium tetrafluoroborate• Benzylammonium tetrafluoroborate• iso-Butylammonium tetrafluoroborate• n-Butylammonium tetrafluoroborate• t-Butylammonium tetrafluoroborate• Cyclohexylammonium tetrafluoroborate• 1,4-Diazabicyclo[2,2,2]octane-1,4-diium

tetrafluoroborate• N,N-Dimethyl-1,3-propanediammonium

tetrafluoroborate• Diethylammonium tetrafluoroborate• Dimethylammonium tetrafluoroborate• Ethane-1,2-diammonium tetrafluoroborate• Ethylammonium tetrafluoroborate• Formamidinium tetrafluoroborate• Guanidinium tetrafluoroborate• n-Hexylammonium tetrafluoroborate• Imidazolium tetrafluoroborate• Methylammonium tetrafluoroborate• n-Octylammonium tetrafluoroborate• tert-Octylammonium tetrafluoroborate• iso-Pentylammonium tetrafluoroborate• neo-Pentylammonium tetrafluoroborate

• Phenethylammonium tetrafluoroborate• Phenylammonium tetrafluoroborate• Piperazine-1,4-diium tetrafluoroborate• Piperidinium tetrafluoroborate• Propane-1,3-diammonium tetrafluoroborate• iso-Propylammonium tetrafluoroborate• n-Propylammonium tetrafluoroborate• Pyridinium tetrafluoroborate• Pyrrolidinium tetrafluoroborate• Quinuclidin-1-ium tetrafluoroborate

ACETATES• Methylammonium acetate

CYANATES• Methylammonium cyanate

PEROVSKITE PRECURSORS – AMMONIUM SALTS

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HOLE TRANSPORT MATERIAL, DOPANTS & COBALT COMPLEXES• FK 102 Co(II) PF6 Salt• FK 102 Co(II) TFSI Salt• FK 102 Co(III) PF6 Salt• FK 102 Co(III) TFSI Salt• FK 209 Co(II) PF6 Salt• FK 209 Co(II) TFSI Salt• FK 209 Co(III) PF6 Salt• FK 209 Co(III) TFSI Salt• FK 269 Co(II) PF6 Salt• FK 269 Co(II) TFSI Salt• FK 269 Co(III) PF6 Salt• FK 269 Co(III) TFSI Salt• (1,10-Phen)3Co(II) PF6 Salt• (1,10-Phen)3Co(III) PF6 Salt

TITANIA & PLATINUM PASTES• BL-1 Blocking Layer• MPT-20• 18NR-AO Active Opaque Titania Paste• CELS Counter Electrode Solution• 30 NR-D• WER2-O Reflector Titania Paste• PT1 Platinum Paste• 90-T Transparent Titania Paste (Thin Use)• 18NR-T Transparent Titania Paste

DYES & SENSITIZERS• C106 Dye• K19 Dye• N3 Foundation Dye• N719 Industry Standard Dye• N749 Black Dye• Z907 Hydrophobic Dye

ELECTROLYTES & COMPONENTS• Ethyl Isopropyl Sulfone• EL-HPE High Performance Electrolyte• EL-HSE High Stability Electrolyte• EL-HTE High Temperature Electrolyte• Ultra High Stability Electrolyte

SILVER INK• DYAG50 Conductive Silver Printing Ink

LIGANDS & INTERMEDIATES• 4-Bromo-N,N-bis(4-iodophenyl)aniline• C101 Ligand• C106 Ligand• 1-Chloro-2,4-bis(hexyloxy)benzene• DCBP Anchoring Ligand• DMBP Building Block Ligand• DNBP Hydrophobic Ligand

• FK 102 Ligand• FK 209 Ligand• FK 269 Ligand• K19 Ligand• 4-bromo-N,N-bis(4-methoxyphenyl)aniline• 4-(tert-butyl)-2-chloropyridine• 4-(tert-butyl)pyridine-N-oxide

ADDITIVES AND MODIFIERS• 4-ABAB (4-Ammonium butyric acid bromide)• 4-ABAI (4-Ammonium butyric acid iodide)• 3-APAI (4-Ammonium propionic acid iodide)• 3-APAB (4-Ammonium propionic acid bromide)• 5-AVAB (5-Ammonium valeric acid bromide)• 5-AVAC (5-Ammonium valeric acide chloride)• 5-AVAI (5-Ammonium valeric acide iodide)

GLASS SUBSTRATES• TEC7 Glass Plates• TEC8 Glass Plates• TEC15 Glass Plates• TiO2 Coated Test Cell Glass Electrodes (Opaque)• TiO2 Coated Test Cell Glass Electrodes (Transparent)• Pt Coated Test Cell Counter Electrodes (drilled)

SEALANTS• Two Part Thermal Cure Epoxy Compound - Clear• Two Part Thermal Cure Epoxy Compound - Opaque• Aluminium Thermoplastic Laminate• High Temperature Thermoplastic Sealant• Low Temperature Thermoplastic Sealant• Two Part Hermetic Sealing Compound• Two Part Interconnect Polymer• Two Part Neutral Assembly Polymer

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In addition to specialist materials, Greatcell Solar offers a unique, proprietary equipment set, and provides DSC researchers and manufacturers with a range of customisable and all-inclusive equipment, materials and training packages.Greatcell Solar’s lab equipment enables you to develop research capability and master the fundamental processes involved with construction. The Laboratory Solutions allow you to quickly produce high quality, consistent test cells so that you can focus on researching optimum DSC materials and processes.

PackagesGreatcell Solar’s Laboratory Solutions can be packaged to suit your needs, consider:

• Project Planning• Equipment Commissioning• Equipment Delivery and Installation• Starter Materials Set• Facility requirements identified• Technical training on equipment• Ongoing technical assistance allowance• Package tailored to your individual needs

If you are planning to refurbish your laboratory, talk to Greatcell Solar about the lab packages available. Consider Greatcell Solar’s state-of-the-art machines, affordable prices, and technical know-how.

To view Greatcell Solar’s range of lab equipment visit www.greatcellsolar.com/shop/equipment

SPECIALIST EQUIPMENT

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GLASS PREPARATIONGreatcell Solar sourced glass preparation equipment is used to process raw TEC glass, polymeric and metallic substrates to individual or multiple plate electrodes prior to application of Perovskite and DSC materials.

These pieces of equipment can be used for preparing substrates for both Liquid\Solid State Perovskite and DSC research.

View this section to discover how to scribe your substrates and drill the holes for liquid DSC in the most effective way.

MATERIALS APPLICATION Greatcell Solar sourced materials application equipment comes from Greatcell Solar’s extensive experience in developing Perovskite and DSC materials and ensuring optimised materials application.

These pieces of equipment can be used for the application of materials for both Liquid\Solid State Perovskite and DSC research.

In this section you will find the state of the art screen printing and spin coating equipment.

ELECTRODE PROCESSINGGreatcell Solar sourced electrode processing equipment is used for the processing of Perovskite and DSC substrates for the application of; Dyes at a laboratory level, and for the sintering of Perovskite and DSC counter working electrode and Perovskite layers or other materials at elevated temperatures. These pieces of equipment can be used for the processing of electrodes for both Liquid\Solid State Perovskite and DSC research.

TEST EQUIPMENTGreatcell Solar developed and sourced test equipment comes from Greatcell Solar’s extensive experience in testing of Perovskite and DSC devices.

These pieces of equipment can be used for testing both Liquid and Solid State Perovskite and DSC. Try our innovative Hyperion LED solar simulator, the highest relibility of our reference cells and the best UPTS available.

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USEUse the Laser Scribing Machine to remove the conductive oxide layer from TEC glasses or polymer sheets

DESCRIPTION & BENEFITSThe Laser Scribing Machine utilises a carbon dioxide laser, producing a continuous cut, which is used to remove the conductive oxide layer from glass substrates so that a series connect tile can be produced. The software allows the machine to be programmed for your specific tiles and designs.The wavelength utilised renders the system suitable for plastics and glass. There is a slight etching of the substrate where the TCO is removed. This system needs Laser cartridge and focal lens substitution after about 6 months of intense usage (cheap spare parts are available)Benefits of the Laser Scribing Machine include: precision scribing, use of your own CAD files, and high speed operation.

LASER SCRIBING SYSTEM MINI DESKTOP

GLASS PREPARATION

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Specifications Mini 1 Mini 2

FEATURES DESCRIPTION

Control Features Computer control system allows user to define scribing design

CO2 Laser Sealed 10.6 microns. Available in; 40Watts

Repetition Rate Repetition rate is dependent on the pattern that is being printed and the speed of the laser which is up to 100cm/sec

Safety Features Provided with Protective goggles

Machine Requirements

● Electricity: 110/220VAC ±10%, 50/60Hz

● Exhaust system and ducting supplying 7 cubic metres per minute of air at 15cm of static pressure (water)

● Air-conditioning

DimensionsOverall: L 930mm x W 760mm x H 450mm

Weight: 110kg

Substrate Sizes AccomodatedL 62 cm x W 30 cm x H 10 cm

Max weight: 9kg

Working Area 50 cm x 30 cm x 15 cm 60 cm x 50 cm x 15 cm

Lens OptionsFocal length Spot Size Resolution

38.1mm 0.08mm

Cooling Type Water Cooling

Engraving Speed 0-60000mm/min

Cutting Speed 0-40000mm/min

Laser Output Control (0-100% Set by Software )

Min. Engraving Size Chinese: 2.0mm*2.0mm, English Letter: 1.0mm*1.0mm

Highest Scanning Precision 4000DPI

Locating Precision ≤+0.01mm

Controlling Software DSP Control System

Graphic Format Supported DST PLT BMP DXF DWG AI LAS,etc

Compatible Software TAJIMA,CORELDRAW,PHOTOSHOP,AUTOCAD,etc

Color Separation Yes

Drive System High-precision 3-phase Stepper Motor

Auxiliary Equipments Exhaust Fan and Air Exhaust Pipe

power Supply AC110V/220V+10%,50HZ/60HZ

Working Environment Temperature:0-45°C,Humidity 5-95%(No Condensate Water)

Optional Spare Parts Honeycomb Worktable, Rotary Device,Auto-focus Device

USEUse the Laser Scribing Machine Large to remove the conductive oxide layer from large area glass or polymeric substrates.

DESCRIPTION & BENEFITS The Laser Scribing Machine utilises a carbon dioxide laser, producing a continuous cut, which is used to remove the conductive oxide layer from glass substrates so that a series connect tile can be produced. The software allows the machine to be programmed for your specific tiles and designs.

The wavelength utilised renders the system suitable for plastics and glass. There is a slight etching of the substrate where the TCO is removed. This system needs Laser cartridge and focal lens substitution after about 6 months of intense usage (cheap spare parts are available)

Benefits of the Laser Scribing Machine include: precision scribing, use of your own CAD files, and high speed operation.

LASER SCRIBING SYSTEM - MEDIUM AND LARGE

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Specifications

Laser scriber medium Laser scriber large

FEATURES DESCRIPTIONSControl Features Computer control system allows user to define scribing design

CO2 Laser Sealed 10.6 microns. Available in; 60 Watts Sealed 10.6 microns. Available in; RECI S2 80W

Repetition Rate Repetition rate is dependent on the pattern that is being printed and the speed of the laser which is up to 100cm/sec

Safety Features Provided with Protective goggles

Machine Requirements- Electricity: 110/220VAC ±10%, 50/60Hz

- Exhaust system

Dimensions L 1137 mm x W 1602 mm x H 1060 mm L 1547 mm x W 1872 mm x H 1060 mm

Working area 100 cm x 60 cm 130 cm x 90 cm

Z axes control Available on request Available on request

Lens Options

Spot size is dependent on the lenses that are chosen when the laser is purchased. 2 Options available, the standard option is in bold:

Focal length Spot Size Resolution63.5mm 0.18mm

101.6mm 0.33mm

Cooling Type Water Cooling

reflector mirrors 3pcs

Focal lens 1 pc 1 pc

Engraving Speed 0-60000mm/min

Cutting Speed 0-40000mm/min

Laser Output Control (0-100% Set by Software )

Min. Engraving Size Chinese: 2.0mm*2.0mm, English Letter: 1.0mm*1.0mm

Highest Scanning Precision 4000DPI

Locating Precision ≤+0.01mm

Controlling Software DSP Control System

Graphic Format Supported DST PLT BMP DXF DWG AI LAS,etc

Compatible Software TAJIMA,CORELDRAW,PHOTOSHOP,AUTOCAD,etc

Colour Separation Yes

Drive System High-precision 3-phase Stepper Motor

Auxiliary Equipments Exhaust Fan and Air Exhaust Pipe

Power Supply AC110V/220V+10%,50HZ/60HZ

Working Environment Temperature:0-45°C,Humidity 5-95%(No Condensate Water)

Optional Spare Parts Honeycomb Worktable, Rotary Device,Auto-focus Device

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USEUse Greatcell Solar’s high quality (HQ) Laser Scribing Machine to remove the conductive oxide layer from glass substrates or conductive polymer sheets.

DESCRIPTION & BENEFITS The Laser Scribing Machine utilises a carbon dioxide laser, producing a continuous cut, which is used to remove the conductive oxide layer from glass substrates or conductive polymer sheets so that a series connect tile can be produced. The software allows the machine to be programmed for your specific tiles and designs.

The wavelength utilised renders the system suitable for plastics and glass. There is a slight etching of the substrate where the TCO is removed. Thanks to High Quality components, Laser Scriber Machinery HQ maintenance is considerably reduced, leading to mainly a periodical lens and air filters cleaning.

Benefits of the Laser Scribing:Machine include: precision scribing, use of your own CAD files, and high speed operation.

LASER SCRIBING MACHINE HQ

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SYSTEM SPECIFICATION LASER FEATURES

Work Surface Area 16 x 12 in (406 x 305mm) Laser Fan Control (to reduce noise)

Maximum Part Size18.75 x 14.6 x 4 in

Smart Lasers(476 x 368 x 102mm)

Dimensions26 x 14 x 25 in

Laser Pointer(661 x 356 x 635 mm)

Rotary Capacity

Max Diameter 5 in (127 mm) with 1.5 in (38.1 mm) lens

Wide Selection of Power LevelsMax Diameter 1 in (25.4 mm)

with 2 in (50.8 mm) lensMotorized Z Axis Lifting Capa-city 20 lbs (9 kg) Air-Cooled Laser Cartridge

Available Focus Lenses CO21.5 in (38 mm)

No Optical Beam Alignment Required2.0 in (51 mm) *standard

Laser Platform Interface Panel Five button keypad High Reliability

Operating System Compatibility Requires a dedicated PC to operate Compatible with Windows

Excellent Power Stability

Long life laser cartridge

PC Connection USB 2.0 System Features

Optics Protection Plumbed for compressed-air-based optics protection Laminated Safety Glass

Cabinet Style Desktop Over-temp Alarm (for _re safety)

Laser Options 10, 25, and 30 Watts Multiple Automatic Focusing Modes

Approximate Weight 70 lbs (32 kg) Precision Digital Motors

Power Requirements 110V/10A or 220V-240V/15A Proportional Pulse Control

Exhaust ConnectionOne 3 in (76 mm) port

Permanently Sealed Bearings150 CFM @ 6 in static pressure

(255 m3/hr at 1.5 kPa)

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USEUse the YAG Laser Scribing Machine to remove the conductive oxide layer from glass substrates so that a series connect tile can be produced and to laser scribe and identify test cells and other products.

DESCRIPTION & BENEFITS The YAG Laser Scribing Machine utilises a YAG laser, producing a continuous cut or scribing, which is used to remove the conductive oxide layer from glass substrates so that a series connect tile can be produced. The software allows the machine to be programmed for your specific tiles and designs.

The wavelength utilised renders the system suitable for plastics and glass. YAG laser ablates the TCO without damaging the underlying glass; this leads isolations without residual material piled up at the edges. This is important for perovskites due to the small thickness of the active layers (compared to DSC), as the piled up material can form shorting pathways. Machine includes: precision scribing, use of your own CAD files, and high speed operation.

YAG LASER SCRIBING SYSTEM

Specifications

FEATURES DESCRIPTION ADDITIONAL INFORMATION

1. Laser output power 75WUse the advanced diode side-pumped laser tech-nology, with high optical conversion efficiency and

stable performance2. Laser wavelength 1064nm

3. Standard marking scope 110 mm*110mm

4. Selective Marking scope 70mm*70mm/150 mm*150mm/200m-m*200mm Fast speed & no touch processing, the heat

exchange is little, the material is not easy to distirt5. Beam quality M2 <3

6. Marking depth 0.01~0.2mmHigh Precise Beam

7. Marking speed 7000mm/s

8.Repeated accuracy ±0.01mm No need to change the consumables (such as laser lamp), free of maintenance, very low operation cost

9.Minimum character 0.1mm

All the core optical components used such as the laser diode, the Q-switch crystal, are from first

class suppliers providing a very stable performan-ce and long a life time

10.Minimum line width 0.015mm

11.Electric power requirement 220V/50-60Hz

12.Machine power 3KW

13.Gross weight 120KG

14. Dimensions: (L*W*H)

Mainframe : 240mm*1280mm*1200mm

Control Cabinet : 590mm*560mm*800mm

Water Cooling Machine: 540mm*700mm*900mm

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USEUse the Manual Hole-Drilling Machine to create electrolyte fill holes in your glass substrate

DESCRIPTION & BENEFITS The Manual Hole Drilling Machine uses a fast, dry process which avoids use of water and avoids constant replacement of high-cost drill-bits. Manual operation of this machine includes the holding of the work piece and the nozzle during blasting. A foot switch is used to control the length of time for blasting.

The Manual Hole Drilling Machine is used for creating electrolyte fill holes in glass substrates during the initial stage of glass electrode preparation. Accurate holes are produced by application of fine, high-pressure blasting media onto the substrate.

The system includes a double filtration system for capturing dust that is formed during the blasting process. A clear safety window allows for viewing inside the blasting chamber during the blasting process.

MANUAL HOLE DRILLING SYSTEM

Specifications

FEATURES DESCRIPTION ADDITIONAL INFORMATION

Grit Media Grit sizes from ultra fine 10 micron to larger 300 micron media

Can accommodate most common grades of grit media

Control Grit Dosage Manual control of grit dosage Allows user to control speed and pressure delivery of grit media to substrate

Safety Features Safety glass window – protects user during operation while providing excellent view. Dust Absorber to collect harmful dust particles produced during the blasting process

Physical Diemnsions Length 720mm, Width 580mm, Height 370mm

Machine Requirements● Electricity: 230V AC, 50Hz

● Air Supply: 8bar maximum Clean, Dry, Compressed Air or Nitrogen

Substrate Sizes Accomo-dated Max Size: Length 670mm x Width 495mm Accommodates a wide range of substrates

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USEUse one of the Screen Printers (compact, medium or large) to apply the wide range of screen printable Perovskite & DSC materials onto your substrate in a precise, controllable manner

DESCRIPTION & BENEFITS The Screen Printer is typically used for the application of an electrical conductor to form a busbar, a catalyst paste to form the counter electrode and a semiconductor paste to form the working electrode. The flexible nature of this piece of equipment allows users to experiment with the application of other cell components such as electrolytes and sealants.

Controllable squeegee speed and controllable pressure allow for precise and repeatable prints for both small and large production runs. Operation is semi-automatic or manual. The chemically inert flood blade ensures no contamination of your Perovskite and Dye Solar Cells.These screen printers are the best choice for Perovskite & DSC research because they are optimised for use with Perovskite & DSC material.The electropneumatics of this machine provide infinite control of flood & squeegee blades which is essential for controlling layer thickness.A wider range of screen printers is available upon request.

SCREEN PRINTER

MATERIALS APPLICATION

Specifications of standard models

FEATURES COMPACT MEDIUM LARGE

Max Print AreaLength 250mm Length 450mm Length 600mm

Width 200mm Width 300mm Width 400mm

Working table sizeLength 400mm Length 600mm Length 700mm

Width 250mm Width 400mm Width 500mm

Max outer dimensions of screen frame

Length 530mm Length 750mm Length 900mm

Width 380mm Width 500mm Width 700mm

Frame height 20-30mm Frame height 20-30mm Frame height 25-45mm

Capacity at full speed 990 P/H 800 P/H 600 P/H

Substrate thickness 0mm to 50mm 0mm to 50mm 0mm to 120mm

Weight 180kg 245kg 485kg

Dimensions

Length 720mm Length 920mm Length 1300mm

Width 680mm Width 750mm Width 1050mm

Height 1710mm Height 1710mm Height 1600mm

Air Source 5Bar to 7Bar Clean, Dry, Compressed Air

5Bar to 7Bar Clean, Dry, Compressed Air

5Bar to 6Bar Clean, Dry, Compressed Air

Power Requirements Single phase 220V 50/60Hz Single phase 220V 50/60Hz Three phase 220V/380V 50/60Hz

Power consumption 0.83kW 0.83kW 1.54kW

Safety Features Emergency stop features protect machine user

Greatcell Solar’s Engineered Jigs Greatcell Solar’s alignment jigs allow for repeatability in batch printing

22

USELaboratory Level screen are available to be provided with the screen printers to allow for printing of Gratcell Solar’s pastes.

DESCRIPTION & BENEFITS Standard Greatcell Solar’s Screens are provided with suggested meshes that have been carefully selected to provide the optimum layer thickness for Greatcell Solar’s Titania and PT1 pastes.

Standard Screens are matched to meet the frame dimensions required for Greatcell Solar’s Screen Printers. Custom Screens in terms of frame dimensions and meshes are available.

LABORATORY LEVEL SCREENS

Specifications

FEATURES DESCRIPTION ADDITIONAL INFORMATION

Standard Frame Size

Large: Length 850mm x Width 650mm, Frame height/width 40mm/40mm

Screen frame sizes are matched to fit the maximum working area of each

Dyesol Screen Printer

Medium: Length 700mm x Width 450mm, Frame height/width 25mm/50mm

Compact: Compact: Length 490mm x Width 350mm, Frame height/width 25mm/25mm

Custom Frame Size Available upon request

Suggested Screen Mesh

Working Electrode: 43T mesh Screen meshes are matched to

Greatcell Solar’s standard pastes to allow for optimum layer thicknessCounter

Electrode: 100T mesh

Customised Screen Mesh Available upon request

Design Customizable

23

USEUse Greatcell Solar’s Spin Coater to apply the wide range of Perovskite & DSC materials onto a variety of substrates in a precise & controllable manner

DESCRIPTION & BENEFITS The Spin Coater is typically used for the application of a thin layer. The flexible nature of this piece of equipment allows users to experiment with the application of other cell components varying the spinning parameters in a very precise controllable manner.

Controllable acceleration time, spin speed and deceleration time allow for precise and repeatable depositions. The chemically inert materials of the internal chamber ensures no contamination of your Perovskite & DSC solar cells.

Greatcell Solar’s Spin coater is the best choice for Perovskite research because it is optimised for use with Perovskite material sets. Different models available with different spin parameters and substrates thicknesses, for specific request contact directly our sale office.

SPIN COATER

SpecificationsFEATURES BASIC MODEL

Bowl-shaped process chamber 9.5 inc (241 mm)

Substrate capabilityUp to ø 6inc (150 mm) wafer

Up to ø 5inc (125 mm) square

Program controller digital

Speed To 12K RPM

Acceleration with standard chuck To 13K RPM/sec

Acceleration increment 1 RPM

Calibration No calibration needed

Time 1 sec to 99 min and 59.9 sec

Time increment 0.1 sec

Programs Twenty 51-steps

Pc interface Via dedicated software

Safety door interlock Disable rotation when door is open

Safety door latch Requires deliberate action to open process chamber

Safety door lock Prevents chamber opening while programme is running

Glovebox ready configuration May be installed in a nitrogen or argon filled enclosure without modification

Power 95 to 240 VAC , 47/63 Hz 300W

Clear ECTFE lid ø ¾ inc (19 mm) centre opening

Exhausted drain reservoir 250 ml removable polypropylene drain container for coating application

24

USEUse the Programmable Hotplate to fire working and counter electrodes on Perovskite & Dye Solar cells

DESCRIPTION & BENEFITS The Programmable Hotplate provides a consistent, controllable and reliable heat source for the firing of small working and counter electrodes for the production of test cells.

The Programmable Hotplate includes ramp timing and temperature controls. The key benefit to users of the Programmable Hotplate is that it can be programmed to precisely control the machine – an essential factor for achieving consistent, reliable results. Up to 32 temperature steps can be programmed and each temperature step can incorporate a ramp time or constant temperature time.

The Programmable Hotplate surface is high quality Titanium plating; it is also highly robust and durable for use in any busy lab.Hot plate is available in the covered and uncovered configuration

PROGRAMMABLE HOTPLATE

ELECTRODE PROCESSING

Specifications

FEATURES DESCRIPTION ADDITIONAL INFORMATION

Temperature Range Up to 600°C Allows a full range of temperatures for firing DSC materials

Substrate Sizes 230mm x 160mm Accommodates from test cells up to tile size electrodes

Temperature Uniformity

Due to the large thermal capacity of the Programmable Hotplate, the temperature uni-formity, once stabilised is ±5% except within

10mm of the edge

Temperature uniformity ensures precise user control of the firing temperatures, essential for achieving

consistent results

Programmable Timing

● Up to 5 temperature steps

The programmable timing function with 5 temperature steps allows for multi-stage firing processes of diffe-

rent DSC material sets.

● Temperature steps incorporate a ramp time and constant temperature time

● Time range: both ramp and constant time up to 9 hours 59 minutes in 1 minute inter-vals.

Safety Features The protective lid. Automatic off timingProtective lid protects user during operation. Pro-grammabl\e timing feature means the hotplate will

turn off at a specific time.

Physical Diemnsions

Overall: Length 350mm x Width 300mm x Height 180mm Compact design fits well in most laboratories

and workshops. Hotplate: Length 280mm x Width 200mm

Weight: 10kg

Machine Requirements 220-240VAC 50-60Hz

25

USEBelt Furnaces are used to dry printed layers, activate and fire busbars, working electrode, and counter electrode pastes

DESCRIPTION & BENEFITS Greatcell Solar’s Belt Furnaces have been sourced to

allow for optimisation of firing profiles suitable for sintering Perovskite & DSC materials.Greatcell Solar’s standard Belt Furnaces are available as a lower temperature 4 zone drying furnace for printed Perovskite & DSC materials, a shorter 4 zone furnace for firing catalyst materials for counter electrodes, and a 6 zone furnace for firing Titania dioxide for the working electrodes.

Temperature zones can be individually programmed to optimise firing profiles for Perovskite & DSC materials in conjunction with controllable air flow throughout the furnace.

Custom models with different dimensions, max temperature and heating zones numbers are available under request.

BELT FURNACE

Specifications of standard models

FEATURES 4 ZONE DRYNG FURNACE

4 ZONE CE FURNACE

6 ZONE WE FURNACE

Heating Mode Infrared Quartz FEC ceramic heating board Infrared short wave heating tube

Maximum Temperature 200°C 650°C 700°C

Long Term Operating Tempe-rature Room Temperature - 110°C 600°C 650°C

Belt Width 300mm 300mm 300mm

Belt Material Stainless Steel grade 304 Nichrome (Cr20Ni80) Stainless Steel grade 316

Maximum Part Height 30mm 30mm 30mm

Heating Zones 4 4 6

Total Length 2830mm 3960mm 4460mm

Load Table 600mm 350mm 600mm

Heating Zone Length 1200mm 1800mm 1800mm

Cooling Zone Length 300mm 910mm 870mm

Unload Table 600mm 350mm 600mm

Working Voltage AC220V/380V ±10%, 3 Φ 4 line, 50Hz

AC220V/380V ±10%, 3 Φ 4 line, 50Hz

AC220V/380V ±10%, 3 Φ 4 line, 50Hz

Power Rating >20KVA >30KVA >40KVA

Overall Dimensions Length 2830mm x Width 1000mm x Height 1350

Length 3960mm x Width 1200mm x Height 1350

Length 4460mm x Width 1200mm x Height 1350

Weight ~500Kg ~800kg ~900kg

26

USEGreatcell Solar’s ultrasonic soldering station is your best choice for flux free, high quality ultrasonic soldering.

DESCRIPTION & BENEFITS In the past, flux and heating were the typical method to be used for soldering, but special new generation solderers, as Greatcell Solar’s ultrasonic one, introduce a new type of soldering, based on heat and ultrasonic vibrations. The induced cavitation effect replaces usage of flux as well as the cleaning process, since there is no exhaust fumes and pollution. By combining this device with peculiar solder alloys (purchasable from Greatcell Solar ), the customer can solder on almost of all the materials, for example glass, ceramics,aluminium, molybdenum etc. (except for organic substances) On the Greatcell Solar ultrasonic solderer can be mounted tips from 1 mm to 4 mm adjustable by 0.5 mm unit, with a 45° tapered cut or straight one.

CHARACTERISTICS• User-friendly interface• By combining Dyesol ultrasonic solderer with peculiar

solderer alloys, the customer can solder directly on glass/ceramics/unsolderable materials.

• New feed-back method developed from careful research of oscillator frequency settings enables stable, reliable work.

• Output adjustable by stepless control• Temperature can be set within 200°C 500°C by 10°C

unit• Temperature ascend time: 1 min to 400 min• Frequency, power output and temperature can

read out from a display and easily replicated when necessary.

• Small, compact design enables easy changes of working station.

• Suitable for use abroad, with AC ranging from 100V to 240V.

• CE mark compatible

APPLICATIONS• Small scale production.• For use in laboratory conditions, while preparing data

before mass production and for inspection purposes.• Soldering electrodes for display goods.• Soldering electrodes for solar cells.• Soldering electrodes on highly conductive ceramic

substrates.Bonding electronic parts.• EL lighting.

ULTRASONIC SOLDERING STATION

CELL CONTSRUCTION

OSCILLATOR

Ultrasounds frequency Frequency adjustment 60KHz±5KHz

Ultrasonic oscillations output

1 - 12W, adjustable by 0.1W unit

Heater temperature setting 220 °C – 500 °C

Temperature adj By 10°C

Power supply AC100V/240V 50/60Hz 200W

Size 210×235×90(mm)

Weight About 5 kg

SOLDERING IRON

Oscillator (P.Z.T)60KHz

Iron base Special stainless steel

Tip shape Straight cut or taper cut (please choose one)

Tip diameter Dia 1.0 - 4.0mm, adjustable by 0.5mm

Heater High-performance sheathed heater 65W

Size Dia 136 (max) × 250 (mm)

Weight About 210g (with cord)

27

USEUse the Test Cell Heat Press to seal Perovskite and/or DSC test cells.

DESCRIPTION & BENEFITS The Test Cell Heat Press provides the user with a rapid method for the assembly and permanent sealing of Perovskite and DSC test cells.

The Test Cell heat press applies pressure across the cell for sealing. A combination of light mechanical pressure and heating is used in sealing. A heated element applies pressure to the glass substrate of the counter electrode to melt a thermoplastic gasket between the counter and working electrodes.

The temperature which the counter electrode reaches can be controlled by temperature set by the user to the heating head and the length of time of applied pressure. This is important because excessive temperatures will damage temperature sensitive materials. The mechanical pressure applied to the cell during construction and the time of application can be varied by a user-adjustable pressure regulator and a timing unit. This is important because it ensures consistent, repeatable cell construction.

TEST CELL HEAT PRESS

Specifications

FEATURES DESCRIPTION ADDITIONAL INFORMATION

Max Cell SizeModel 1 38 cm x 38 cm

Can accommodate sealing of multiple test cells and tiles Model 2 40 cm x 50 cm

Physical Dimensions

Model 1 Length 65 cm X Width 44 cm x Height 51 cm

Compact design fits well in most laboratories and workshops.Weight 60kg

Model 2 Length 77 cm X Width 44 cm x Height 51 cm

Weight 70kg

Panel Display Displays Temperature and time with control buttons to addjust to user requirements

Temperature Range Up to 299°C Suitable to melt Dyesol standard thermoplastic gaskets

Timing Range 0 to 999 seconds User controllable timing period allows for optimisation of sealing differing materials

Machine Requirements- Electrical: 220VAC 50Hz 1500 W

- Air supply: 6bar maximum Clean, Dry, Compressed Air or Nitrogen

28

Hyperion III is a a revolutionary LED solar simulator equipped with an innovative LED matrix light source that matches the A+AA Class over a 23 cm X 23 cm area. The central part of the spot (12 cm X 12 cm) can be used for High precision measurements as Hyperion III matches A+A+A+ Class in this spot area.

Hyperion III matches the most stringent international standards (ASTM E927-05, IEC 60904-9 2007, and JIS C 8912, Spectral Match over its entire emission band in 100nm bandwidth increments, Non-Uniformity, and Temporal Instability).

The beam intensity is adjustable up to 1 Sun and the emission spectrum can be customised via a dedicated software.

DIMENSIONS• External chamber at base level: L 41 cm X W 41 cm

X H 41 cm• External chamber at heatsink level L 41 cm X W 46

cm x H 41 cm• Internal chamber: about L 40 cm X W 40 cm X H

20 m• Distance from light source to have 1 SUN: 8 cm

SOFTWARE A dedicated Software enables the customisation of the LED matrix emission spectrum starting from the sun wavelength default value.

The end user can dim a single LEDs family output (the dimming range can vary with different LED types) or the entire spectrum with a 1% (or multiples) step.

Each LED family can be switched off and dimmed individually to simulate scenarios (sunrise, dusk, indoor, etc.), unlike Xenon solar simulators there is no need for expensive filters. Personalised custom spectrums can

be stored, retrieved and modified in a repository without any alignment or calibration activities

SOLAR OUTPUT DESCRIPTION:

Class A+A+A+ TÜV Rheinland Class A+A+A+(2 times better than AAA class)

over 12 cm X 12 cm illumination area

Class AAA IEC, JIS, ASTM Class AAA over 23 cm X 23 cm Illumination Area

Beam size Class AAA over entire23 cm x 23 cm area

Energy level Approximately 1 Sun (with power varia-tion depending

on LEDs families set values)

Spatial uniformity ≤ 1% over 12 cm x 12 cm area (Class A+)

Spatial uniformity ≤ 2% over 23 cm x 23 cm area (Class A)

Spectral match Class A+ over 12 cm X 12 cm area; See spectral curve below

Spectral match Class A over 23 cm X 23 cm area; See spectral curve below

Temporal stability ≤ 1 % (Class A+)

Dark current measurement No light leak-age for best dark current measurement

HYPERION III

TEST EQUIPMENT - SOLAR SIMULATOR

29

LAMP SPECIFICATIONS:Lamp type LED matrixWattage 600 WLamp life ≥25000hours

POWER SUPPLY SPECIFICATIONS:Source 100-240Vac50-60HzRipple 250mVP-PRFI/EMI EN55015,En61000-3-2,

EN61000-3-3,EN61547,EN55024Line regulation +0.5%Current regulation +0.5%,Safety Isolationresistance100Mohm/

500vdc25°C/70%RH

FILTERS:Air mass NofiltersneededtomatchAIR

MASS(400nm-1100nm)Power reduction dependingonLEDfamily

setvalue,adjustableviaSW

SOLAR SIMULATOR SPECIFICATIONSClass A+ spectral performance 400 nm – 1100 nm band

Class A+ Spatial Non-Uniformity Performance

Class A Spatial Non-Uniformity PerFormance

LED MATRIXHyperion III LED Matrix is equipped with 18 LED families (basic configuration) to provide a class A mapping of the AM1.5G spectrum between 390 nm and 1020 nm. The spectrum can be extended between 350 nm and 1100 nm (optional) band or customised to specific emission bands in the 350 nm – 1100 nm range.

30

SOLAR SIMULATOR SPECIFICATION COMPLIANCE

Type of Solar Simulator 1) Steady Sate Continuous 2) Pulsed up to 100 Hz with trigger output reference signal (optional)

Filter No Filter required

Maximum Illumination Area 35 cm X 40 cm

Typical Power Output 1000 W/m2 (adjustable)

Class A+A+A+ over 12 cm X 12 cm area - A A A over 23 cm X 23 cm area

Class A+A+A+ (Spectral Match, Spatial Non-Uniformity and Temporal Instability) classifications over 12 cm X 12 cm area Complies with TÜV Rheinland specifications

Class AAA (Spectral Match, Spatial Non-Uniformity and Temporal Instability) classifications over 23 cm X 23 cm area Complies with IEC 60904-9-2007, JIS C89927-05

Spectral Match over 12 cm X 12 cm area ≤ 12.5 %

Spectral Match over 23cm X 23 cm area ≤ 25 %

Over 12 cm X 12 cm Area 23 cm X 23 cm Area

Min/Max limits of Irradiance Range A+ class (Typical value) Range A class (Typical value)

400 – 500 nm 16.1% - 20.7% (Typical: 18.2%) 13.8% - 23.0% (Typical: 18.0%)

500 – 600 nm 17.4% - 22.4% (Typical: 21.7%) 14.9% - 24.9% (Typical: 22.5%)

600 – 700 nm 16.1% - 20.7% (Typical: 18.4%) 13.8% - 23.0% (Typical: 18.8%)

700 – 800 nm 13.0% - 16.7% (Typical: 15.5%) 11.2% - 18.6% (Typical: 15.8%)

800 – 900 nm 10.9% - 14.1% (Typical: 11.1%) 9.4% - 15.6% (Typical: 10.5%)

900 – 1100 nm 13.9% - 17.9% (Typical: 14.9%) 11.9% - 19.9% (Typical: 14.0%)

Spatial Non-uniformity of irradiance over 12 cm X 12 cm area ≤ 1%

Spatial Non-uniformity of irradiance over 23 cm X 23 cm area ≤ 2%

Temporal Instability ≤ 0.5% STI ≤ 1.0% LTI

Type of Solar Simulator Lamp LED Matrix

LED Matrix life ≥ 25000 h

Emission Band 390 nm – 1020 nm (Customizable upon request up to 350 nm to 1100 nm)

31

USEUse Greatcell Solar’s reference cell to measure Light source incident power.

DESCRIPTION & BENEFITS The Reference cell provides the user with a rapid method for measure light source incident power.

Reference cells are cutting-edge equipment for manufacturers of PV modules, laboratories and EPC contractors (Engineering, Procurement and Construction) worldwide.

For different photovoltaic cell technologies and other applications we are providing tailored solutions for our customers. High efficiency Greatcell Solar’s monocrystalline silicon solar cells guarantee the most precise and long-term stable reference cells available and the embedded PT100 thermocouple allows user to monitor precisely the reference cell temperature during its usage.

REFERENCE CELL

TEST EQUIPMENT

Specifications

FEATURES DESCRIPTION ADDITIONAL INFORMATION

High quality monocrystallin silicon Cell W 20 mm X L 20 mm Suitable for indoor applications

Case Physical Dimensions W 70 mm X L 79 mm X H 17 mm Compact case suitable to be used in indoor applications

Case materials black anodized aluminium mechanically stable

Connectors LEMO Easy connection

Temperature sensors Pt100 (4-wire) integrate Precise temperature value

Model 1 Calibrated Cheaper than certified model, particularly suitable for daily use, it is calibrated through a direct comparison

with a certified reference cell

Model 2 Certified Reference cell provided is certified from a qualified enti-ty, cell is accompanied by an official certificate.

32

USEUse Greatcell Solar’s Spectrometer to measure light source spectrum and qualify it.

DESCRIPTION & BENEFITS Greatcell Solar’s miniature spectrometers are fiber optically coupled instruments with a wide selection of models for measurements in 200-1150nm wavelength ranges. Various models provide a choice of grating range and slit resolutions.

New and improved electronics with a high speed 16-bit digitizer allows for fast data acquisition and a signal to noise of 1000:1Ruggedized– The detachable spectrograph assembly and control electronics are protected inside a rugged metal enclosure, suitable for portable, process, lab, and field applications. Multi-unit connection (up to 8) can be daisy chained together and are able to run simultaneously. USB Powered – Greatcell Solar’s miniature spectrometers can be powered directly from your PC USB-2 port. A single strand fiber optic cable or probe assembly delivers input via standard SMA 905 fiber optic connector with a choice of cable lengths. The spectrograph optics are exceptionally robust in a vibration tolerant modular design, with no moving parts. Onboard Memory with pre-set calibrations and spectrometer settings and snap shot memory to provide instantaneous spectral image from the highly sensitive CCD. High Speed Electronic Interface can be attached directly to a computers USB port for high speed data transfer. Options for Wifi/ethernet communication available as well as other interfaces.

SPECTROMETER

Specifications

FEATURES DESCRIPTION

Physical Dimensions Light Chamber: Length 134 mm, Width 89 mm, Height 32 mm

Weight Light Chamber: < 1 Kg

Spectrometer Software

The powerful spectrometer software is free of charge. It includes drivers and customizable software for Windows considered the “Swiss Army Knife of Spectroscopy” and may be used to measure wavelength emissions, reflectance, transmission, absorption, concentrations, and absolute intensities. In addition to real-time spectroscopy, the Software has built-in applica-tions for SpectroRadiometry, SpectroColorimetry, ChemWiz chemistry lab concentration analy-zer, and UV level monitors.

33

USEUse Greatcell Solar’s Light Soaking Chamber MH to illuminate solar cells with emulated sunlight, accelerate cell aging, and conduct long term performance and stability testing of cells or tiles.

DESCRIPTION & BENEFITS Greatcell Solar’s Light Soaking Chamber MH will enable you to soak your Cells with emulated sunlight and control light soaking experiments through a number of specific control features. The Light Soaking Chamber was

developed to facilitate long term performance and stability testing of solar cells and/or tiles. The chamber is fitted with a high power metal halide lamp which provides about 130,000 Lux, but is of a non-conforming spectral output for solar simulation. The interior irradiation chamber has a footprint of 30x40 cm and a height of 27 cm. The optional irradiation controller gives to end user the possibility to control the dose in terms of Lux per minute or W/m2 per minute.

The optional irradiation controller measures the dose with a precise sensor calibrated against a PTB (Physikalisch-Technische Bundesanstalt) reference.

The Light Soaking Chamber has a system of integrated cooling fans and vents in order to maintain thermal stability of devices being tested. For optimal thermal stability the Light Soaking Chamber should be placed in an air conditioned room.

LIGHT SOAKING CHAMBER MH

TEST EQUIPMENT - LIGHT SOAKERS

System specificationInterior chamber 30 cm x 40 cm x 27 cm

Physical dimension 50 cm x 57 cm x 65 cm

Weight about 40 kg

Mains 230 VAC, 3,5 A

Power consumption 1050 W (3 tube with 350 W)

Lamp medium pressure for general illumination

Lamp lifetime 10.000 h

Lamp Performance 130.000 LUX at 72 lm/W

Lamp cooling Air cooling with fan

Operation temperature 10 to 40 °C

Humidity < 80%, non-condensing

34

USEUse Greatcell Solar’s universal Photovoltaic Testing System to measure principal electrical parameters of your Solar cell.

DESCRIPTION & BENEFITS Greatcell Solar’s Universal Photovoltaic Testing System (UPTS) is a complete package system encompassing: 1) Light Source and Chamber, 2) Proprietary Testing Software, 3) SourceMeter 1A or 3A and 4) Laptop Computer. This system can be purchased without the light Source and is easily compatible with other light sources via the provided connection cables.UPTS is equipped with Greatcell Solar’s innovative LED matrix

400 nm - 1000 nm standard configuration, emission band customizable between 300 nm and 1100 nm upon request) class A+A+A+ over 12 cm X 12 cm area and A+AA class over 23 cm X 23 cm. Spectrum can be customised via dedicated driving SW (reduce incident power, cut specific bandwidths).

The proprietary software allows for the obtained results to be directly output into Microsoft Excel® software or others( e.g. Origin). The software allows the user to make single IV (current, voltage) scans for evaluation and determine principal cell electrical parameters (e.g. PCE, Pmax,Voc, Isc,…) . The UPTS’s software allows the user to determine the delay in the Source Measure Cycle which enables the measurement of standard silicon photovoltaic devices as well as third generation photovoltaic devices such as Perovskite or dye sensitised solar cells.

The software incorporates a 9 point polynomial regression calculation on the raw data to ensure a more accurate reading of the Voc (open circuit voltage) point. Graphical representation of the power curve as well as the characteristic IV data is displayed on the front panel.

UNIVERSAL PHOTOVOLTAIC TESTING SYSTEM (UPTS)

TEST EQUIPMENT - CELL CHARACTERISATION

SpecificationsFEATURES DESCRIPTION

Physical Dimensions

Light Chamber: Length 400 mm, Width 400 mm, Height 500 mm

SourceMeter: Length 460mm, Width 240mm Height 250mm

Laptop: Approximately; Length 375mm, Width 256mm, Height 28mm (Open 284mm)

WeightLight Chamber: ~25 kg

SourceMeter: ~4 kg

Laptop: ~2 kg

Machine requirements

Light Chamber: 240VAC, 50Hz, 10A

SourceMeter: 100 to 240VAC, 50/60Hz, 10A

Laptop: 100 to 240VAC, 50/60Hz, 2.5A

Light Chamber

Illumination Area: 40 cm x 40 cm, 1000 W/m2

Class AAA over 20 cm X 20 cm area

Lamp: LED matrix

Lamp Life Time: 20000 hrs

Lamp Cooling: forced ventilation

UPTS Software

IV Characterisation of one device at a time (included) or in parallel (optional)

Automatic calculation: %Fill Factor,% Efficiency, Maximum Power, Current and Voltage at maximum power point

Text IV data file for easy import into Microsoft Excel® for analysis. Text summary file for easy comparison of multiple test devices.User defined folder on Hard Disk for IV data and summary file storage. Instantaneous IV curves di-

splayed on screen for immediate analysis

Availability

DESCRIPTIONCOMPONENTS

Light Chamber

Laptop & Software Cabling

UPTS 1A with light source X X X

UPTS 1A without light source X X

UPTS 3A with light source X X X

UPTS 3A without light source X X

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