• Newport/Oriel Solar Simulator는 국제 표준(IEC, JIS, ASTM)에 의거하여 다음과 같이 분류할 수 있다.

• Class AAA(3A), Class ABA(2A), Class ABB(1A), Fiber Based Optic Solar와 UV Solar Simulators, Custom Solar Simulator for OPV with Glove box가 있다. 국제 표준 중 IEC 60904-9 2007 2nd Edition을 기준으로 Class A이며, 이는 JIS C8912, ASTM E 927-05기준을 모두 만족한다.

• Tester의 기본 구성을 아래와 같다.

• Solar Simulator(Lamp housing with Lamp, Power Supply, AM1.5G Filter, Cables 포함)
• Standard Reference Solar Cell
• Sourcemeter with IV Measurement Software
• Feedback Controller(Optional)
  : Solar Simulator와 사용이 되며 Remote shutter, timer제어 뿐만 아니라 광원에서 조사되는 빔을 모니터링 하여 광량을 더욱 안정화 시켜줌으로써 Solar Cell 특성 평가 시 측정의 신뢰성을 높여준다
• Sample Holder, Working Table & UV Safety Spectacle(Optional)

Selecting a Solar Simulator

Selecting a Solar Simulator

Solar Simulators		Output Beam Size	Features & Specification
	Oriel Sol3A Class AAA Solar Simulators	2”x2” (51x51mm) 4”x4” (102x102mm) 6”x6” (156x156mm) 8”x8” (203x203mm) 12”x12” (300x300mm)	- Complete line of Class AAA(3A) products
			- Factory certified CW systems per IEC 60904-9 2007 Edition,
			- JIS C 8912, and ASTM E 927-05
			- Typical Power Output : 100mW/cm2(1 Sun)±20% Adjustable
			- Spectral Match : 0.75 - 1.25
			- Uniformity : <2 %
			- Temporal Instability : <0.5% STI, <2.0% LTI
			- Working Distance : 4.0 ~ 12 ±0.5 in
			- Collimation Angle : <± 1°~<±4 °
			- Lamp Power : 450 W Xenon ~ 1600W Xenon
	Oriel® Sol2A Class ABA Solar Simulators	2”x2” (51x51mm) 4”x4” (102x102mm) 6”x6” (156x156mm) 8”x8” (203x203mm) 12”x12” (300x300mm)	- Complete line of Class ABA(2) products
			- Factory certified CW systems per IEC 60904-9 2007 Edition,
			-JIS C 8912, and ASTM E 927-05
			- Typical Power Output : 100mW/cm2(1 Sun)±20% Adjustable
			- Spectral Match : 0.75 - 1.25
			- Uniformity : ≤±3%
			- Temporal Instability : <0.5% STI, <2.0% LTI
			- Working Distance : 1.25 ~ 7.0in
			- Collimation Angle : <2°~<6 °
			- Lamp Power : 150 W Xenon ~ 1600W Xenon
	Oriel® So1A Class ABB Solar Simulators	2”x2” (51x51mm) 4”x4” (102x102mm) 6”x6” (156x156mm) 8”x8” (203x203mm) 12”x12” (300x300mm)	- Complete line of Class ABB(1A) products
			- Factory certified CW systems per IEC 60904-9 2007 Edition,
			- JIS C 8912, and ASTM E 927-05
			-Typical Power Output : 100mW/cm2(1 Sun)±20% Adjustable
			- Spectral Match : 0.75 - 1.25
			- Uniformity : ≤±3% ~ ≤±5%
			- Temporal Instability : <0.5% STI, <2.0% LTI
			- Working Distance : 1.25 ~ 7.0in
			- Collimation Angle : <± 2°~<6 °
			- Lamp Power : 150 W Xenon ~ 1600W Xenon
	Fiber Based Optic Solar Simulator	10mm~20mm Diameter (depends on used accessory)	- Low cost alternative for low power applications
			- Optional AM1.5G Filter, Fibers with collimation Probe/Holders
			- Optional Beam Turning Assembly
			- Typical Power Output : 100mW/cm2(1 Sun) Adjustable
			- 150W or 300W Sources
	UV Solar Simulator	2”x2” (51x51mm) 4”x4”(102x102mm) 6”x6” (156x156mm) 8”x8” (203x203mm)	- Very high intensity UV, and little VIS and IR
			- The aluminized mirror with UVB/UVA Dichroic Mirror
			(280 to 400 nm)
			- Lamp Power : 300W, 1000W & 16000 W Xenon, UV Enhanced
			- UVB/C & UVC Blocking Filters(Optional)
			- Compliance with FDA, COLIPA & JCIA Requlations
			- SPF Testing
	Custom Solar Simulators	2”x2” (51x51mm) 4”x4” (102x102mm) 6”x6” (156x156mm) 8”x8” (203x203mm)	- Complete line of Class AAA(3A) products
			- Beam Configuration : Upper or Side Direction
			- It is compatible with glove box with window
			- Optional raiser

Selecting a Solar Simulator

Selecting a Solar Simulator

Bandpass Filters for UV Solar Simulators	Air Mass Filters	Hi Flux Beam Concentrator for Solar Simulators	Reference Solar Cell and Meter	Uniformity Measurement Tool	Exposure Control Instruments for Large Area Illuminators
Partial SUN Attenuator	IV Test Station	Solar Configuration	Air-Mass Conditions	UV Fused Silica Transmission curve	KG1~KG5 Transmission curve

Other Application

• Solar Cell Soaking
• Solar Cell Sorter for measurement consistency, ability to test wider range of materials
• SPF Testing with UV Solar Simulators
• High-Density Beam request with large beam area

Technical Information

Simulation of Solar Irradiation

Solar Simulator Sample Calculations

Optical Radiation Terminology and Units

Solar Simulator Definitions of Characteristics

Energy Conversion

Information

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