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Double Light Source Solar Simulator

  • Crystal
  • Thin-film

Multijunction and tandem types of photovoltaic
module measurements are possible using this
double light source solar simulator

The conventional method that uses a xenon lamp only results in xenon's unique bright line spectrum.
Using two light sources, namely xenon and halogen lamps, as featured in our double light source solar simulator, enables the bright line spectrum unique to xenon to be reduced in favor of a spectrum which is closer to solar light. Various types of photovoltaic modules including tandem types can be measured by changing the intensity of the two light sources.

Double Light Source Solar Simulator Point 1 Point 2 Point 3 Point 4


Point 1

More accurate measurement of tandem and triple types of photovoltaic modules

Tandem and triple types of photovoltaic modules with layers of differing spectral sensitivity can accurately be measured because two light sources, namely xenon and halogen lamps, are used.


¡¡

Measures the current-voltage (I-V) characteristics of photovoltaic modules using pulsed emissions from xenon lamps and constant emissions from halogen lamps

Nisshinbo's original illumination control circuit is used to achieve within ¡¾0.2% of the temporal instability of irradiance, which substantially exceeds even grade A.


¡¡

Measurement of slow responding photovoltaic modules is also possible

Photovoltaic modules with a slow response time can also be measured, as the spectral balance can be adjusted by changing the intensity of the two light sources.


Point 4

No need to reverse modules. Light is irradiated from below, enabling integration into production line

Photovoltaic modules are manufactured with the receptor surface facing down, and the modules are generally turned over for measurement. We made improvements to our solar simulator, and measurement is now possible with the receptor surface of the photovoltaic cell remaining face down. Eliminating the need to reverse the modules well facilitates in-line operation, making it perfect for mass production.

Features

More accurate measurement of tandem and triple types of photovoltaic modules

Tandem and triple types of photovoltaic modules with layers of differing spectral sensitivity can accurately be measured because two light sources, namely xenon and halogen lamps, are used.

Measures the current-voltage (I-V) characteristics of photovoltaic modules using pulsed emissions from xenon lamps and constant emissions from halogen lamps

Nisshinbo's original illumination control circuit is used to achieve within ¡¾0.2% of the temporal instability of irradiance, which substantially exceeds even grade A.

Measurement of slow responding photovoltaic modules is also possible

Photovoltaic modules with a slow response time can also be measured, as the spectral balance can be adjusted by changing the intensity of the two light sources.

No need to reverse modules. Light is irradiated from below, enabling integration into production line

Photovoltaic modules are manufactured with the receptor surface facing down, and the modules are generally turned over for measurement. We made improvements to our solar simulator, and measurement is now possible with the receptor surface of the photovoltaic cell remaining face down. Eliminating the need to reverse the modules well facilitates in-line operation, making it perfect for mass production.

  • High-speed measurements in which measurement takes about 7 seconds with a general cycle time of 27 seconds per module have been achieved.
  • Supports expanded light pulse width and high-speed measurement specifications (illumination control circuit method). Measurement period is reduced by expanding the light pulse width and measuring in one or two flashes (A number of data points are collected per flash).
  • Measurement results are immediately shown on the PC screen, and can be printed from a printer at once.
  • Optical filter is cooled using a filter-cooling unit (circulation type).
  • Capacitor recharging period is reduced by operating two high voltage power sources in parallel per xenon lamp.

Specifications

Model PVS 1114iD
Effective irradiation area 1100 mm x 1400 mm
Light source Xenon and halogen lamps
Spectrum Within ¡¾25% spectral match for the reference solar radiation of AM1.5 specified under JIS C 8911 for wavelength bands of 350 to 500, 500 to 600, 600 to 700, 700 to 800, 800 to 900 and 900 to 1100 nm.
Measured luminance 1000W/m2
Non-uniformity in irradiance Within 4%
Temporal instability of irradiance Within ¡¾0.2% (*) JIS C 8192 temporal instability of irradiance: Grade A
Re-measurement accuracy Pmax: Within ¡¾0.5%
Power supply 3-phase, AC 200 to 220 V, 50/60 Hz, 180 A
Dimensions (LxWxH) 4.90 m x 4.10 m x 2.05 m

Options

  • Module guide (manual / automatic transfer)
  • Measurement probe arm
  • Hi-pot test function
  • HDD / RAID compatible

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Çü½Ä PVS1114iD
À¯È¿ Á¶»ç ¸éÀû 1,100mm x 1,400mm
±¤¿ø Å©¼¼³í ·¥ÇÁ, ÇÒ·Î°Õ ·¥ÇÁ
½ºÆåÆ®·³ 350~500, 500~600, 600~700, 700~800, 800~900, 900~1,100nmÀÇ °¢ ±¸ºÐ¿¡¼­ JIS C8911¿¡ ±âÀçµÈ ±âÁØ Å¾籤 AM1.5¿¡ ´ëÇØ ÇÕÄ¡µµ ¡¾25% À̳»
ÃøÁ¤ Á¶µµ 1,000W/m2
Á¶µµ ºÒ±ÕÀÏ 4% À̳»
Á¶µµ º¯µ¿·ü ¡¾0.2% À̳» ¡ØJIS C 8192 ¹æ»ç Á¶µµ ½Ã°£ º¯µ¿·ü µî±Þ: A
¹Ýº¹ ÃøÁ¤ Á¤¹Ðµµ Pmax: ¡¾0.5% À̳»
Àü¿ø 3»ó, AC200~220V, 50/60Hz, 180A
¿ÜÇü Ä¡¼ö(L x W x H) 4.90£í x 4.10£í x 2.05£í

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