300 W - 50 AAA CLASS SOLAR SIMULATOR

Solar  simulators are manufactured in various style according to requested specifications

Solar simulator is used  for current-voltage (I-V) characteristic measurements is used Solar simulator for power-voltage (P-V) of solar cells measurements

FYTRONIX solar simulator  is manufactured in accordance with IEC 60904-9 2007, ASTM E 72-10, , JIS C 891 standards. 

Solar simulators are manufactured in various style according to requested specifications

Solar simulator for current-voltage (I-V) characteristic measurements 

Solar simulator for power-voltage (P-V) of solar cells measurements

FYTRONIX solar simulator is manufactured in accordance with IEC 60904-9 2007, JIS C 891 standards. 

SPECIFICATIONS

Solar simulator class:  AAA (Spacial non-Uniformity, Spectral Match, Temporal Instability)

Irradiance a (AM 1.5G 1 Sun = 100 mW/cm2 up to 2 SUN

 Target area 50 x 50 mm

 Xenon lamp: 300 W,  Xenon Short Arc, Ozone free

Technical Specifications 

Portable Steady State Class AAA Solar Simulator

• Touch screen:   Lamp ON/OFF, lamp current, and shutter timer 

• Flexible Illumination Head:  360-degree rotatable illumination head 

• to direct the collimated solar beam downward, upward, or sideward, meeting diverse experimental requirements. 

•

• Surface temperature below 45°C

•

• Optical spec;

• Air Mass Filter AM1.5 G 

• A lamp illumination timer 

• Filter holder 

• Filter: ND Filter / Bandpass  filters

• Lamp Usage Meter: 

• Timer: usage time of the Xenon lamp 

Technical Specifications: 

• Mirror Unit: 45° 

• Lamp: Ozone Free Xenon Short Arc Lamp 

• Lamp Power: 150 W 

• Air Mass Filter: AM 1.5 G 

• Irradiance: 0.8 to 1.5 Sun (1 SUN = 1000 W/m2) 

• Effective Illumination Area with Class AAA: 40 mm x 40 mm 

• Illumination distance: 80-100 mm (From the illumination head) 

• Spectral Match: ≤ ±25% (Class A, JIS C8912) 

• Positional non-uniformity of irradiance: ≤ ±2% (Class A, JIS C8912) 

• Temporal instability of irradiance: ≤ ±1% Max (Class A, JIS C8912) 

• Lamp alignment: XYZ triaxial stage 

• I/O port: should be available at rear panel 

• Input Voltage: 220–240 VAC, 50Hz, single phase 

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• Lamp life: > 1000 hour or higher 

• Dimension: W 140mm x D 578 mm x H 250 mm 

B) Accessories: 

1) Silicon Reference Cell for Calibrating Solar Simulator, qty: 01 

• The standard silicon cell should be a photodiode with a spectral sensitivity distribution similar 

to that of a typical dye-sensitized solar cell, and it should be used for the verification of a solar simulator. 

2) High Intensity Xe Illuminator System, qty: 01 Specification: 

• Highly stabilized Ozone free Xe arc lamp source of minimum 300 W 

• The unit should have a compact design with lamp housing, stand-alone power supply, cooling 

system, beam delivery arrangement housed in a single chassis with all cables and connectors. 

• The reflection mirror should be parabolic in shape and capable of emitting a nearly parallel 

beam through a sapphire window. 

• Light Orientation – Horizontal 

• Mention the luminous intensity of the Xe lamp 

• Total Irradiance: 50 watt 

• UV irradiance (UV<390 nm):6.6 watt 

• IR irradiance (IR>770 nm): 26.8 watt 

• Visible Flux (390-770 nm): 4500 lumen 

• Color Temperature: 5050° K 

• Spread angle (0/100/1000 hr): 5°/6°/7° 

• Lamp Input Power: Rating 300 W, Range 180-320 W 

• Lamp Current (DC): Rating 21A, Range 10-22A 

• Lamp Voltage (DC): Rating 14V, Range 13-16V 

• Arc Distance: 1.24 mm 

• Output window size: Ø25.4 mm 

• Power consumption: Max 300 W 

• Inrush current: less than 30A 

• Current Stability: within 5% 

• Current ripple should be <2% rms 

• Should work in Indian Power standards. 

• No Fiber or light guide based systems acceptable. 

• Power Supply should have Constant Current mode. 

• Lamp Lifetime minimum 1000 hours 

• Should include Igniter within the lamp housing. 

• Operation voltage: DC100-150V 

• Output Voltage: Single Pulse 15kV 

• Capable current: DC22A 

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• Cooling: Should utilize forced air for temperature regulation 

• Mention the specifications of working distance (or range) and adjustability in the vertical 

height to keep the sample during the downward illumination. 

• Dimension: 120 mm x 193 mm x 300 mm 

• Weight: 5 Kg 

3) Reflection Light Unit, qty: 01 Specification: 

• 90° Reflection Mirror for downward illumination 

• Aluminum Broadband Mirror

4) Cold Mirror CM1 (VIS), qty: 01

5) Cold Mirror CM2 (UV), qty: 01

6) Shutter Unit and Controller, qty: 01

7) Air Mass Filter AM1.5G, Size: 2” x 2”, qty: 01 8) Filter Holder, qty: 01 

Warranty 

Preferably 3-year from the date of installation. 

SOFTWARE  (optıonal) 

Software measure all photovoltaic parameters of solar cells by computer. The system determine all 

photovoltaic parameters. software of solar simulator system determine the following photovoltaic 

parameters such as solar simulator automatically determine the photovoltaic parameters as follows

Open circuit voltage (voc) 

Short circuit current (isc) 

Fill factor (ff)

Voltage at pmax (vmax) 

Current at pmax (imax) 

Maximum power output (pmax) 

Shunt resistance (rsh) •

Series resistance (rs) •

Characteristic resistance of solar cell (rch) • 

Photoreponse (RR)

Solar cell efficiency (n)

Certificate Compliance

07.082.021

Product: Solar Simulator Model: SOLAR TECH X-11 SN: 112 Applicable 

Standards: ASTM E 72-10, EIC 60904-9, JIS C 8912

Spectral Fit