Solar Simulator Dealers

Depending on your application requirements, Oriel Instruments provide a variety of Solar Simulators to fit your needs. Oriel "Sol" series simulators offer standards compliance to the most current standards from the ASTM, IEC, and JIS with an area of illumination that works for your samples. If your application is in the Ultra-Violet (UV) Oriel offers the COLIPA standard's compliant Sol-UV Solar Simulators. If your application doesn't have stringent requirements, Oriel also offers a variety of large area Solar Flood Sources with a variety of lamp options and power ranging from 100 to 1600W.

Sciencetech is proud to offer our new line of Ultra-High Efficiency solar simulators. By utilizing a completely new design for the beam homogenizer, the UHE systems are capable of far more efficiency and power unit than previously possible. All this without sacrificing temporal stability, spatial uniformity, or spectral matching. This Class AAA Solar Simulator is capable of illuminating a 10x10cm area and includes an integrated housing to allow the user to simply place their samples at the appropriate distance. It also includes the required optics to increase the collimation to 0.5 degrees, allowing the testing of large Concentrated Photovoltaic (CPV) cells, and for other applications requiring highly collimated solar light. The simulator comes complete with an AM1.0D air mass filter (optional other AM filters are also available), power supply and arc lamp. Sciencetech also offers extended spectral matching, both in the 300-400nm range and 1100-1800nm. Please speak to your authorized technical sales staff member for more information. This product is currently undergoing R&D and is projected to be completed in the near future. Some of the data presented above is based on theoretical and experimental evidence, and is subject to change as the instrument is completed.

Photo Emission Tech., Inc manufactures and markets steady-state solar simulators that simulate natural sun light in a variety of conditions, such as those in space or at sea level. These solar simulators, also called sun simulators, provide excellent price performance. The solar simulators can be used both in laboratory or production environment. The solar simulators can be used for checking light-sensitive devices such as Solar (Photovoltaic) cell performance. Photo Emission Tech., Inc., manufactures and markets solar simulation systems that meet ASTM E927 (Japanese Standard JIS C8912 and European Standard IEC 60904-9) Class A and Class B requirements. These systems can be used for checking Photovoltaic Cell Performance and in any other application where the effect of exposure to sun light needs to studied, such as photochemistry photobiology testing and environmental exposure testing. Five standard systems are available for each class. Systems can be manufactured with three different air mass (AM) filters: AM0, AM1 and AM1.5.

The I-V (current-voltage) curve of a PV module describes its energy conversion capability at the existing conditions of the light intensity level and ambient temperature.This set up gives an idea about the I-V curve characteristics of a PV module which depend on the following Series and parallel combination Different light intensity level Temperature level Dark condition of PV module Product Features Appropriate simple assembly design to provide control conditions (temperature, light intensity) in a chamber Four quadrant rheostat to understand the dark characteristics of the Solar Cells Proper arrangement for efficient analysis of input and output parameters Light Intensity and temperature adjustment feature to simulate the conditions as per the requirement Inbuilt Solar IV Tracer for automatic graphical representation Scope of Learning Measurement of current-voltage characteristics of crystalline silicon solar cell Analyze the IV characteristics at different series/parallel combinations Measuring the parameters of a solar PV module under controlled luminary (change in illumination levels) Analyze the behaviour of solar modules under different temperature levels Measurement of dark IV characteristics of the modules Measurement of IV characteristics at constant load with change in illumination to analyze the deviation of operating points from maximum power point

We are offering low-cost class a solar simulator. model 10500 low-cost solar simulator is the most economical class a simulator available. The simulator meets or exceeds astm, jis and iec specifications for class a solar simulators. the light source is a 150w, short-arc xenon lamp. Dc power supply and am1.5g filter are both built-in. Beam size is 35 mm, making it ideal for small solar cells, upto 2x2 inch in size. Available with horizontal and vertical beam options.

A solar simulator (also called artificial sun) is a device that provides illumination approximating natural sunlight. The purpose of the solar simulator is to provide a controllable indoor test facility under laboratory conditions, used for the testing of solar cells, sun screen, plastics, and other materials and devices.  

Solar Cell test equipments like Solar Simulator System based on Xe Lamps and LED lamps together with I-V Tester, Vacuum Test Fixtures with highlow temp options, CPV Solar Simulator and IQEEQE system for all type of solar cells (c-Si, a-Si, CdTe, CIGS, CZTS, DSSC, OPV Quantum Dots, GaAs III-V, Single Junction and Multi-Junction solar cells). The Simulators are NREL qualified and conforms to JIS, IEC, ASTM Class AAA specifications. Solar simulator with an extended range up to 1800nm is also offered.

Photo Emission Tech., Inc manufactures and markets steady-state solar simulators that simulate natural sun light in a variety of conditions, such as those in space or at sea level. These solar simulators, also called sun simulators, provide excellent price performance. The solar simulators can be used both in laboratory or production environment. The solar simulators can be used for checking light-sensitive devices such as Solar (Photovoltaic) cell performance.

4D has redefined the applications and environments that can benefit from the speed and resolution of laser interferometers and optical profilers. Dynamic Interferometry, the technology behind optical metrology products, ensures excellent performance in difficult environments, without vibration isolation or extensive air turbulence control.

Solar Array Simulator, DC Power Supplies, High Power DC System

Solar Simulator, Opto Solar Module Tester, Spectrometer

Solar Source Simulator, Din Rail, Traction Battery Charger, Battery Charge

Solar Array Simulator, Vibratory Feeder Controlle

Solar Simulator, Universal IC Tester, Microwave Power Mete

Solar Array Simulator, Frequency Response Analyzer, Hipot Calibrato

Benchtop Solar Simulator, Benchtop Temperature & Humidity Chamber

Solar Simulator, Focusing Lens, Laser Beam Expander, Laser Interferometer

ZSS- Series Solar Simulator, Film Thickness Measurement Syste

Solar Simulator, Solar Candle Ligh

Single Flash Large Area Solar Simulator, Cold Chamber Die Casting Machin

Large Area Solar Sun Simulator, Solar Cell and Pane

Solar Simulator, Opto-Electronics Devices, Opto-Mechanics Microscope Stage