Solar Irradiance
See Also: Solar Reference Cells
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Irradiance Probe
LPRAD01
The LPRAD01 probe measures irradiance (W/m2) defined as the ratio between the radiantflux (W) passing through a surface and the surface area (m2) in the VIS-NIR (400 nm…1050 nm) spectral range.
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Irradiance Probe
LPUVA01
The LPUVA01 probe measures irradiance (W/m2) defined as the ratio between the radiant flux (W) passing through a surface and the surface area (m2) in the UVA (315 nm … 400 nm) spectral range.
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Irradiance Probe
LPUVC01
The LPUVC01 probe measures irradiance (W/m2) defined as the ratio between the radiant flux (W) passing through a surface and the surface area (m2) in the UVC (200 nm…280 nm) spectral range.
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UV-BC Irradiance Probe
LP471UVBC
LP471UVBC is a radiometric probe for measuring irradiance (W/m²) in the 210…355 nm spectral range with peak at 265 nm. It is equipped with a connector with SICRAM module and a 2 m cable
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UVB Irradiance Probe
LP471UVB
Radiometric probe for measuring the IRRADIANCE in the UVB spectral range 280 nm…315 nm, peak at 305 nm, quartz diffuser for cosine correction.
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Radiometric Probe for Irradiance
LPUVB02
Amplified radiometric probe for outdoor use for measuring IRRADIANCE in the UVB spectral range (peak at 305 nm).
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Solar Simulator
Unisim
TS-Space Systems is the first company to pioneer the use of metal halide sources in solar simulators for photovoltaic testing. The high temporal stability and close spectral match combined with the ability to control the output spectrum via multiple separate wavebands means the Unisim solar simulator is the only solar research tool designed for the accurate measurement of multiple junction devices, including the new generation of four junction devices. As with all our Unisim solar simulators, they exceed the ASTM, IEC and JIS international standards for spectral match and temporal instability. Using the latest HMI and halogen luminaire technology, the Unisim solar simulator provides a highly stable area of illumination. The simulators also use cutting edge filter technology in order to provide the best spectral match available for AM0 and AM1.5. Further to this, the spectrum can be achieved via two, three or four separate spectral wavebands which allows a high degree of spectral control for research and development. Product support is very important to us. Training is provided at our premises where customers can take advantage of one-on-one tuition with the instrument designers and learn how to operate and maintain their tools. Extensive support via phone and email for the full lifetime of the instrument is included with every TS-Space Systems product.
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Solar Simulator
Unisim Compact Solar Simulator
The Unisim Compact is a low-cost close-match solar simulator that provides the world-leading spectral match of our award winning Unisim solar simulators in a compact, bench top unit complete with IV measurement system. As with all our Unisim solar simulators, they exceed the ASTM, IEC and JIS international standards for spectral match and temporal instability. The easy-maintenance enclosure houses a TS-Space Systems 2-zone Unisim solar simulator which combines metal halide and incandescent sources via a proprietary filter system to give an AM0 close-match spectrum (AM1.5 drop-in filter sets are available). The standard system includes an embedded source meter with complete IV measurement system (Computer, GPIB interface, IV software, MS Excel), relative irradiance indicator for monitoring lamp intensity and an electrical shutter. Product support is very important to us. Training is provided at our premises where customers can take advantage of one-on-one tuition with the solar simulator designers and learn how to operate and maintain their tools. Extensive support via phone and email for the full lifetime of the instrument is included with every TS-Space Systems product.
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*Irradiance And Dosage Sensors
This sensor family provides cosine corrected irradiance measurement in W/cm² and dosage measurement in J/cm². The sensors are calibrated over their entire spectral range, and are thus ideal for irradiance and dosage measurement of UV, VIS and IR LED based light sources
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Irradiance Probe
LP471RAD
Radiometric probe for measuring the IRRADIANCE in the spectral range 400 nm…1050 nm, cosine correction diffuser.
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Solar Photovoltaic
Scientific Computing International
Automated metrology system designed for rapid, reliable, and accurate characterization of nearly any unpatterned thin film.
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Solar simulators
Solar simulators enable the measurement of (dark and) light IV characteristics and of power and efficiency of photovoltaic An artificial light source is used to create illumination conditions that are similar to those in natural sunlight. International standards hosted by ASTM, IEC and JIS allow to classify the properties of a solar simulator with respect to spatial light uniformity, spectral content of the light and time variation of intensity.
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Solar Simulator
XES Series
The recent environmental issues have been drawing more attention over the past few years. So "solar simulators" have come into the public eye much more often. They are mainly used for the evaluation of solar cells as well as for other types of tests where sunlight needs to be recreated.The continuous light of xenon lamp, the most faithful reproduction of sunlight, is applied in our highly accurate solar simulator, which has been widely sold across Japan and neighboring countries."SAN-EI" offer a wide range of solar-related optical technologies and can guarantee to satisfy the needs and request of customers.
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Solar Panel Chamber
Specifically designed for the solar industry, these climatic chambers feature specifically designed fixtures to properly measure almost any component related to solar panels including the actual panels, grid-tied photovoltaic inverters, or photovoltaic cells and modules.
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Solar Ultraviolet Pyranometers
UVR1-T, UVR1-A, &
The Middleton Solar UVR1 series are precision filter radiometers for measuring solar global ultraviolet irradiance. The UVR1-T and UVR1-A are suitable for air pollution monitoring. The UVR1-B is suitable for biological and human erythema (sunburn) monitoring.
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Solar Monitoring Stations
EKO Instruments unique Solar Monitoring Station (SMS) is the primary reference to collect high quality solar irradiance data on-site. The innovative turn-key system provides all fundamental solar radiation and meteorological parameters for PV site evaluation, performance monitoring and cell optimizing.
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Solar Connectors & Adapters
Our SOLARLOK photovoltaic connectors are designed for easy, quick and reliable DC connections for solar technology. With a precision-engineered design, these help achieve the lowest contact resistance to reduce power losses. Our DC Plug and splice connectors provide reliable connection, reducing up to 80% installation time with Insulation Displacement Contact (IDC) technology. Our grounding connectors enable installers to ground the photovoltaic system and create flexibility at the installation.
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Flashlight Solar Simulator
Flashlight Solar Simulators have the advantage of negligible temperature change to the solar cell. For this reason, they are primarily used in cell and module production environments. Also, they are a more budgetary alternative if large cell areas are to be illuminated, because it is easier to have excellent light uniformity on areas of 8 in x 8 in or larger. So, this type of solar simulator is also used for analysis of large area thin film solar cells. But care must be taken, as some materials (e.g. CIGS) have long inherent time constants, so that the pulse length (better: flash plateau) must be chosen accordingly.
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Solar Array Simulator
G5.SAS
The G5.SAS series are unidirectional sources. It was developed specifically for testing inverters and simulating solar arrays and is suitable for use in laboratories and on test benches. The modular and finely graded G5.SAS series is characterized by highly dynamic response times and a wide current-voltage range with an auto-ranging factor 3. The power supplies feature especially low capacitance values in the output filter stage and switchable earth leakage resistors for adaptation to the insulation measurement of the DUT.
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Solar Simulation Systems
Solar simulation systems with global radiation guarantee the simulation of natural sunlight according to CIE20 and CIE85 Table 4. Our portfolio includes components, systems and systems for solar simulation for test benches in the automotive, military, aerospace, railway, photovoltaic, material research and building materials industries. Our plants and systems stand for high reproducibility and precise test results.
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Solar Reference Cell
The Solar Reference Cells consist of a 20 mm x 20 mm monocrystalline silicon Photovoltaic Cell encased in a 92 mm x 70 mm x 16 mm metal enclosure with a protective quartz window and a temperature sensor. Designed for calibrating the irradiance of solar simulators used for testing solar cells and modules.
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Solar Radiation Sensors & Transmitters
A70 Series
The Comptus A70 Series solar radiation sensors with transmitters are available in two models. The A70-A PAR Sensor measures photosynthetically active radiation (PAR) in the 400 to 700 nm range. The A70-I Insolation Sensor measures solar radiation in the 280 to 2800 nm range. The signals from the sensors are scaled by the signal conditioner to provide the desired output.
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Solar
Chroma Systems Solutions, Inc.
This auto test system uses the unique test command optimization technology to prevent the repeating control commands from sending to the system hardware devices. This improves the system test speed dramatically and makes Chroma 8000, which uses open software architecture, highly efficient as a close or optimized auto test system.
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FIber Based Solar Simulator
Provides up to 12 suns class B non-uniformity over a 12.5 mm diameter with the A4 Light Line and class C uniformity can be achieved over 18mm diameter both with a working distance of 25 cm. Provides up to 4 suns class B non-uniformity over a 12.5 mm diameter with the A1 Light Line with a working distance of 25 cm.
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Portable Solar Simulator
PEC-L01
●Light source/lamp house integrated compact design ●Illumination direction can be freely rotated 360 degrees●5cm square optical filter can be attached ●Peccell 's cheapest solar simulator Combination example with PC
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Solar Simulator
Excellent reputation for its high degree of throughput, accuracy and stability. Pulsed light is used, ensuring stable measurement. Approximates the spectral distribution of AM 1.5G reference solar radiation. Achieves accurate measurement of various modules. No need to reverse modules, facilitating in-line operation.
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Solar EL Defect Detector
Jiangsu Keyland Laser Technology Co., Ltd.
Features: - Reveals invisible defects- Improves line yield prior to lamination- Improves quality and reliability of final product- Exceptional optical resolution in its class- Flexible system configuration for framed or unframed modules testing
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Measuring Solar Fields
ISET Sensor
The solar radiation sensor is characterized by a simple and compact but precise structure. Use in balancing monitoring systems for simple, fast and reliable information about the functioning and solar "energy yield" of a PV plant. For site surveys, monitoring and other fields of survey technology.
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Steady State Solar Simulator
Our steady state solar simulators enable you to test and develop solar thermal collectors independent of weather and season, faster, more efficiently and more comprehensively than ever before. Both simulators are turnkey products, delivered 100 % ready to go!
