PV
capable of producing electrical current from radiant energy.
See Also: Photovoltaic, Photovoltaic Cell
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PV Module Temperature Sensores
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Measure the temperature of your PV module with utmost precision and minimal drift to assess your system’s productivity.
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PV Test Solutions
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High-speed and high-accuracy measurement of solar cell I-V characteristics in three modes
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PV Accelerating Tester
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King Design Industrial Co., Ltd.
*Spectrum mis-match: IEC 60904-9 class A*Non-uniformity <5%*Instability <5% ( within 30 mins)*Irradiance range: 800 W/m2 ~ 1200W/m2*Effective range: 30cm x 30cm; 1.1m x 1.4m*(customize accepatble)*Temperature：40℃ ~ 90℃*Humidity: 20% ~ 85%
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Solar PV Testing Services
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Atlas Material Testing Solutions
Can your product stand up to the harshest environmental conditions? Atlas Testing Services can provide manufacturers with the data they need to demonstrate long-term durability and to support warranty and performance claims while reducing the costs associated with aftermarket product failure.
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Tester For PV Modules And Small PV Installations Up To 1000V, 40A
PVPM1040X
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The PVPM1540X I-V curve tracer from PV-Engineering is a portable peak power measuring device for photovoltaic strings and arrays up to 1500 V / 40 A.
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PV Analyzer I-V Curve Tracers
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The Solmetric line of PV Analyzer I-V curve tracers are widely used in Commissioning, Auditing, O&M, and Troubleshooting of PV systems.
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Piezo Actuator Valve
PV Series
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The Piezo Actuator Valve PV Series consists of piezo actuator valves with metal diaphragms and metal O-rings. When combined with a pressure sensor or flow rate sensor and ratio control unit (PCU series) you can use the Piezo Actuator Valve PV Series to create a pressure control or flow rate control system.
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Controllable, Programmable DC Source
LAB SMP
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*Easiest operation via the front panel*Indication via graphic display*Constant current, voltage, resistance, power operation and simulation of PV characteristics*Creation of any voltage and current curves via memory card or digital interface (sequential control)*Voltage and current rise time (U and I slope) adjustable*Umax and Imax can be set by the user in order to limit the output voltage or current
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Datapaq Solar Tracker System
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The SolarPaq® Thermal Profiling Systems from Fluke Process Instruments are designed specifically for solar photovoltaic (PV) manufacturing including applications like contact firing, contact drying, anti-reflection coating for the solar cell, lamination and other thin film processes. These systems, consisting of user-friendly Insight™ software, Datapaq® Q18 data loggers, stainless steel thermal barriers, thermocouples with PTFE or mineral insulation and accessories, provide users with the tools needed to gather accurate, repeatable results for process optimization, maximize cell efficiency and throughput, and more.
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Module Lift
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The Solmetric Module Lift is designed to safely and quickly transport a PV module to a roof. The device uses your existing fiberglass Werner or Louisville extension ladder.
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Regenerative Grid Simulator
61800 series
Simulator
Market demand for Distributed Resource (DR) products such as PV inverters and wind energy systems is steadily growing as the world strives for clean renewable energy sources. This demand has created a need for rigorous regulation testing to standards such IEEE 1547 / IEC 61000-3-15 / IEC 62116 ensuring proper and safe operation of on-grid products. It has become critical to manufacturers to conduct these tests to prove compliance and to relieve product liability concerns. Chroma’s new 61800 family of Grid Simulators has been designed to fulfill these test requirements by providing a full 4 quadrant, fully regenerative, grid simulator with advanced features for compliance, safety and product verification testing.
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Fault Detection Device in PV String
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Hanwa Electronic Ind. Co.,Ltd.
◆Very light and easy to carry.◆Possible to find fault areas that can’t find by Voc.◆Measurement Voc and Vc.◆Possible to check data and record the data using Android.
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Low Concentration Photo-Voltaic (LCPV) & High Concentration Photo-Voltaic (HCPV) Cell Testing
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Concentrated PV Cell testingPhoto-biological studies of plants, animals, and cell culturesSemiconductor testingPhoto-toxicity researchMaterial degradation researchAccelerated UV and solar exposure testing of color fastness and material stability for paints, textiles and plasticsAtmospheric photochemical pollution research
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Solar Energy, PV Monitoring
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Apogee silicon-cell pyranometers feature a monocrystalline silicon-cell detector that has the same spectral response as a PV module. The sensors quantify shortwave radiation being harnessed as electricity.
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Module Breakage Tester
MBT
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The tester is used to provide confidence that the risk of physical injuries can be minimized if the PV module is broken in its specified installation. The module breakage test is specified in the IEC 61730 (MST 32).
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Surge/Impulse Testers
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specifically designed to perform the Input Test on PV Panels in accordance with IEC 61730-2, Para. 10.5.3. The output is in accordance with the published waveform from 800-10000V peak (open circuit).
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Regenerative Grid Simulator
61800
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Chroma Systems Solutions, Inc.
Power rating: Up to 300kVA, single or three phase outputOutput Voltage: 0~330V L-N / 0~570V L-L0~400V L-N / 0~692V L-L opt. without using a transformerOutput Frequency: DC, 30Hz~100HzMaximum power delivered down to 200VAC L-NFull 4 quadrant, fully regenerative up to 100% of output current ratingSpecifically designed for PV inverter, Smart Grid and EV related test applicationsProgrammable slew rate settings for voltage and frequencyProgrammable voltage and current limitsTurn on, turn off phase angle controlLIST, PULSE, STEP mode functions for testing Power Line Disturbance (PLD) simulationVoltage dips, short interruption and voltage variation simulationHarmonics, inter-harmonics waveform synthesizerComprehensive measurement capability, including current harmonicsAnalog programmable interfacesRemote interface: GPIB, RS-232, USB and EthernetParallel output for higher power applications (three phase only)
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Outdoor Exposure Tester
OET
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A comprehensive analysis of PV modules includes many different parameters. Determining the normal module operating temperature (NMOT), incidence angle effects and comparing soiling effects on different modules up to the initial degradation of PV modules are all parameters that can be analyzed with our outdoor exposure tester. The tester comes with up to twelve electronic loads installed in a 19" rack. The loads have two main functions: maximum power point tracking (MPPT) and IV curve tracing. For the advanced analysis, it is possible to change between these two modes within one test. In the normal operation mode, the electronic load keeps the module under MPP and each predefined interval an IV curve is traced. The entire tester comes with all necessary sensors such as temperature sensor, which can be attached to the module to determine the NMOT temperature like defined in IEC 61215 (MQT 05) and IEC 61853-2. The irradiation sensor is also included. In combination with our tracking system P2, it is also possible to determine incident angle effects of the PV module. It is also possible to connect other irradiation sensors for diffuse and direct irradiation, which helps to understand the behavior of the module in different irradiation conditions. An optional albedo meter is a powerful tool for the analysis of bifacial modules. The entire graphical user interface is web based and offers the possibility to access the system from the all computers in the network.
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IV Curve Tracer
IVCT
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In recent years, we have been developing a sophisticated IV curve tracer for PV modules including a maximum power point tracking (MPPT) function. The IV curve tracer is designed for operation with any market-available steady-state solar simulator. Through our web-based software design, the operator can supervise the test results from every computer in a company network. The software contains functions such as an irradiation sum counter that helps to check requirements stated in a stabilization test like they are defined in IEC 61215 (MQT 19). We have also included a correction function to correct the traced IV curves to standard test conditions (STC) when the user enters the required temperature coefficients. One of the most important features is the multi-IV curve tracing function, which enables the user to display more than 150 IV curves in one graph. This eases the analysis of the weakest cells in hot-spot tests, which are required in IEC 61730 (MST 22) and IEC 61215 (MQT 09).
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Standard Probe Station Chucks & Accessories
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In this test solutions section of our website we describe the expanding line of Abet PV IV probe stations for the growing variety of solar cell types and sizes being developed around the world. This page describes a line of vacuum chucks and accessories for top/bottom, top/top, and bottom/bottom solar cells from 3 x 3 mm to 300 x 300 mm. Probe stations for multiple device on a single substrate and multifunction probe stations are described further in the sections highlighted to the left of this page.
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UV Chamber
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In PV modules, many different components are exposed to the sunlight. Therefore, the IEC 61215 defines a UV preconditioning test (MQT 10) to test whether these components can withstand the UV radiation of the sun. In our test chamber, the UV radiation is up to five times the sun intensity to accelerate the test, as requested in the UV preconditioning test.
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Disconnection Detector for PV
NSEI-100D
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MULTI MEASURING INSTRUMENTS Co., Ltd.
*This device can detect the disconnected & broken point of DC current lines between PV panels and power conditioners in PV systems, without cutting power off and without climbing the roof where PV modules are located.*Furthermore, this model can find out the disconnecting point by applying the attached detector to the specific PV module.
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Software
Solar Cells/ Photovoltaic Devices
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Materials Development Corporation
MDC offers a comprehensive array of current-voltage, capacitance-voltage, and resistivity measurements to characterize solar cells and PV devices. CSM/Win systems and software can help to fine tune your process for maximum efficiency. Critical values such as series and shunt resistances, maximum power point (both actual and theoretical), and fill factor are automatically determined.
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DC Laboratory Power Sullies
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Elektro-Automatik GmbH & Co.KG
Adjustable, programmable, 19” 3U rack-mount formatGorilla glass TFT touch display, versatile function generator, user profiles, resistance regulation, solar (PV) simulation, fuel-cell (FC) simulationAuto-ranging outputOn board 2-way interface (USB/analogue), Plug N’ Play slot for retrofitting additional interfaces such as Ethernet, CAN, CANopen, Profibus, Profinet, RS232 and moreVoltages 0-60V up to 0-1500VDCCurrents 0-20A up to 0-510A Powers 5kW up to 15kW
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Mechanical Load Tester
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Solar modules and collectors, whether on roofs, in façades, or freestanding, are often exposed to high mechanical stress or load: A deep layer of snow or strong winds can greatly affect the materials and connections. Mechanical load test stands accurately test the durability of PV modules and thermal solar collectors.
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Bidirectional DC Power Supply
62000D
DC Power Supply
Chroma 62000D programmable bidirectional DC power supplies provide both power source and load characteristics. These two quadrant power supplies allow power from the DUT to be converted back to the utility grid and so are ideal for testing renewable energy power systems such as PV, storage, and EV inverters as well as a wide range of bidirectional power conditioning system (PCS) and may also be used as a battery simulator.
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Walk-In Solar Spectrum Test Chamber
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WEIBER walk in Solar Spectrum Test Chambers are one of solutions to be utilized in large scale PV testing program. We offer customized as well as standard multidimensional test program for PV modules in reasonable prices. This system delivers the weathering stress representative of long term outdoor exposure.Our flexible system can be designed according to our test requirements, to suit environmental test conditions like volume, temperature, humidity solar radiation intensity and other measuring instruments. It is also called Walk in Solar Radiation Test Chamber.WEIBER solar test system are recognized for superior solar simulation environmental Testing, evaluating outdoor use product reliability, quality & safety. This technology allows for very high concentrations of UV energy without excessive heating of test samples. Custom mounting and cooling can be added depending upon specific material exposure requirements. MHGs (metal halide global lamps) are used as radiation source. Solar spectrum chamber also known as Walk in Solar Simulation Test Chamber
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Tracker for Testing CPV Module Systems
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The tracking precision of our biaxial tracker is better than ±1° on each axis, with an option for ±0.1° precision. This makes the tracker ideal for testing concentrating PV modules. The software runs all required tests for angle-dependent testing of PV modules according to IEC 62108.
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Enlarge Environmental Chamber
REXMED REC-480
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MOD. REC-480, AC 230/380/415V, 1/3 phase, Environmental chamber, HS CODE: 841989, UNCCS CODE: 484384, UMDNS CODE: 16327, Main construction: SS304, Interior: SS304, Exterior: SS304 powder coated, Insulation: Rigid polyurethane foam and glass wool, Controller: Fix point PID controller, temperature ˚C/PV and ˚C/SV, humidity %/PV and %/SV display and setting, Temperature range: -40˚C~100˚C, Humidity range: 20%RH~98%RH, Constancy: ±0.3˚C ±2.5%RH, Uniformity: ±1˚C ±3%RH, Temperature and humidity sensor: PT 100Ω, Temperature and humidity audio and visual warning and OFFS correction setting, Temperature heater: 2.3KW X 2pcs, Humidity heater: 4.5KW X 1pc, Heat up transition time: -40˚C~100˚C within 45 min, Refrigeration system: Air cooled, single stage, Cooling compressor: Bristol hermetic compressor, Cooling capacity: 5,270 Watts, 18,000 BTU/hr, 4,545 Kcal/hr, Cool down transition time: 20˚C~-40˚C within 50 min, Safety devices: No fuse breaker, refrigerator over load relay, refrigeration high pressure switch, over temperature protector, protection relay, protection fuse, water level control and overheat protector, Chamber: L100 X W80 X H100cm, Capacity: 800L, chamber with key lock, with lamp (DC 12V 50W) X 1pcs and double glass viewing window, testing cable port with cover: Ø25mm, 4 castors, W/S: shelf X 2pcs, standard testing wet cloth X 5pcs, PCV water container X 1pc
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PV Reference Cells
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Our silicon-based solar irradiance sensors (Si-Sensors) measure the irradiance intensity on your photovoltaic system with utmost precision.
