Large Spot LED Solar Simulator

NegotiableUpdate on 01/27

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

One click switching of AM1.5G/AM0 spectrum for long-term stability and aging testing research $r $nSS-LED220 large spot LED solar simulator adopts high-performance LED light source technology as the core driver, achieving precise control within the range of 0% to 100% light intensity while ensuring high stability of spectral output. With its excellent technical performance, it achieves A++level technical indicators in terms of spectral matching and time stability, and its irradiation uniformity is better than the A level standard, complying with international standards such as IEC 60904-9 and ASTM E927

Product Details

description

SS-LED220Large Spot LED Solar SimulatorUsing * LED light source technology,Capable of achieving light intensity regulation within the range of 0-100%Keep the spectrum stable and unchanged. itsThe spectral matching degree and time stability have reached the A++level technical level, and the irradiation uniformity is better than the A level standardStrictly comply with international standards such as IEC 60904-9 and ASTM E927. this kind ofExcellent stability and accuracy make it an ideal testing tool for characterizing light sensitive emerging solar cells, such as organic, perovskite, and stacked cellsEffectively avoiding measurement deviations caused by fluctuations in traditional light sources, ensuring data accuracy and repeatability. In addition,The service life of LED light source can reach over 10000 hoursSignificantly reduce long-term operating and maintenance costs.

feature

Excellent spectral and temporal stability at A++level, in compliance with international standards

SS-LED220Large Spot LED Solar SimulatorIn the keySpectral matching degree and time stabilityAll aspects have achievedA++level technical proficiency. Its AM1.5G spectral matching is better than 6.25%, and the irradiation time stability is better than 0.5%At the same time, the irradiation uniformity meets the A-level standard (<2%) and is strictly enforced符合 IEC 60904-9、ASTM E927Waiting for international standard requirements. This excellent stability and precision enable it to provide highly reproducible standard solar spectra, particularly suitable for characterizing new solar cells that are highly sensitive to light stability (such as low bandgap organic, perovskite, or stacked solar cells), helping to avoid measurement errors caused by light source fluctuations and ensure the accuracy of scientific research data.

LED Adjustable Spectrum: Innovative Design with Intensity Variation and Spectral Invariance

SS-LED220 adopts * LED light source technology, breaking through the limitations of traditional light sources. It has been achieved inContinuous and precise control of irradiance within the range of 0% to 100% light intensityAt the same time, maintain the spectral shape highly stable and unchanged. thisThe innovative design of 'light intensity variation and spectral invariance' provides researchers with excellent experimental flexibility. It can not only simulate standard AM1.5G and AM0 spectra, but also support custom spectral outputAdapting to the characteristics research of various new materials and devices has greatly expanded the possibilities and accuracy of experiments.

Long term light source lifespan: a sustainable solution with low maintenance and high efficiency

Compared to traditional solar simulators that require frequent bulb replacement, the LED light source design of SS-LED220 provides a long-lasting lifespan of over 10000 hours. This not only significantly reduces long-term operating costs and maintenance burdens, but also ensures the continuity and efficiency of experiments, avoiding experimental interruptions caused by consumables replacement. It is the preferred solution for laboratories to pursue efficient and sustainable operations.

Large spot design enhances testing flexibility and efficiency

The SS-LED220 solar simulator features a large spot design of 220 mm × 220 mm, which can effectively cover a wide illumination area and help improve the testing efficiency and flux of large-sized samples or multiple small-sized samples. In addition, the system supports four directions of light output: up, down, left, and right, providing excellent flexibility in device layout. Please note that if non downward light output is required, a large spot light output direction adjustment kit should be selected.

IVS-KA6000&KA Viewer software:pluralisticIntelligent measurement and analysis

Key tools for optimizing the efficiency of perovskite and organic solar cells:
The IVS-KA6000 and KA7000 developed by Enlitech are professional testing software designed specifically for solar cell research, providing complete I-V characteristic measurement and analysis functions for SS-X and SS-PST series solar simulators. This software supports forward and reverse IV scanning, multi-channel automatic testing, and NREL asymptotic detection, effectively solving the special measurement challenges of perovskite cells. Through precise timing control of the light source, multi-level automatic adjustment of light intensity, and calibration functions that comply with IEC international standards, the IVS-KA6000 significantly improves the reliability and reproducibility of experimental data, assisting researchers in accurately evaluating the performance of solar cells. This software has more comprehensive data statistics and visualization analysis tools, accelerating the development process of high-efficiency solar cells, and is a widely recognized professional solution.

Output beam direction

SS-LED220 Solar Simulator SupportFour irradiation modes：Can emit light in four directions: up, down, left, and right.

Note: If the direction of light emission is not downward, it is necessary toOptional large spot light direction adjustment kit

Programmable Automated Shutter Control

SS-LED220 Solar SimulatorIntegrated programmable automated shutter control mechanismThis feature enables the instrument toSupport automatic triggering of dark current measurement when the shutter is closed, helpfulAutomated experimental process and automatic data collection, providedAccurate lighting timing control capability.

Specifications

Product Name: A++Level Adjustable Spectral LED Solar Simulator
Compliant with standards: ASTM E927/IEC 60904-9/JIC C8912
Spectral matching degree: AM1.5G, spectral matching degree<6.25%, A++level
Radiation uniformity:<2%, Grade A
Time stability:<0.5%, A++level
Standard spectra: AM1.5G, AM0 (customizable spectra)
Special light intensity adjustment design: can adjust the light intensity output from 0% to 100% without changing the spectrum, with continuous adjustment accuracy
Automatic light intensity test: adjustable from 0% to 100% light intensity output, with a minimum accuracy of 1% and adjustable step size
Illumination mode: Four directions of light output (up, down, left, right), non downward light output requires optional kit
Programmable Automated Shutter Control Mechanism
Light source lifespan: average>10000 hours, no need for bulb replacement
Measurement and analysis function: KA Viewer series software needs to be optionally selected
Multi functional control: IVS-KA6000 software needs to be optionally selected
Consumables project: LED
Vulnerable parts: filter
Annual correction suggestion: Standard battery

application

Efficiency measurement of various types of solar cells: SS-LED220 as a modelA++level adjustable spectrum LED solar simulator, possessingCustomizable spectraAbility and ability to performVoc, Isc, FF, Imax, Vmax, Pmax, η, Rs, RshwaitKey parameter measurementThis makes it suitable for measuring, including but not limited to:

Efficiency measurement of perovskite solar cells
Efficiency measurement of organic solar cells
Efficiency measurement of perovskite/silicon stacked solar cells
Heterojunction (HJT) silicon solar cell testing
Passivation emitter and back contact (PERC) silicon solar cell testing
Tunneling oxide passivation contact (TOPCon) silicon solar cell testing

Analysis of solar cell characteristics: SS-LED220 supports multiple analysis functions, which helps to gain a deeper understanding of the characteristics of solar cells

Ideal Factor n Testing/Analysis
Measurement of open circuit voltage (Sun Voc) of solar cells
Measurement of Linear Intensity of Solar Cells (Sun Isc)
Analysis of Reverse Saturation Current Density J0
Temperature coefficient correction (α, β) analysis
FF loss measurement analysis
Multi temperature experimentUsed for thermal stability assessment and temperature coefficient extraction

Maintenance of SS-LED220

To ensure that SS-LED220 canLong term maintenance of its A++level spectral and temporal stability performance, specification sheetSuggest conducting instrument calibration once a yearAnd it needs to be executed with standard batteries.
As a manufacturer, Guangyan Technology hasISO/IEC 17025 Quantum Efficiency Calibration LaboratoryWe can provide professional calibration services and technical support to assist you in maintaining the good operation of the system.
Guangyan TechnologyProvide on-site measurement and adjustment services by professional and qualified engineers.
Guangyan TechnologyEven after the warranty period, maintenance services are still provided to assist you in maintaining the good condition of the system.