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1.Product introduction of PV Inverter Test Equipment
PV Inverter Test Equipment is used to test photovoltaic inverters, including input voltage, output power, efficiency, temperature and protection.
PV Inverter Test Equipment is used for electrical performance testing of photovoltaic power station inverter systems, and can monitor on-site power of photovoltaic power stations.
FT-PE93PV Inverter Test Equipment uses current clamps for current sampling, which can record and analyze the power of different nodes in the power station in real time under normal operating conditions.The whole machine is equipped with an irradiation system, which can measure accurate real-time power generation efficiency at each node of the power station and automatically generate PR values in the system.
2.PV Inverter Test Equipment test objects
String inverter, centralized inverter, PR system efficiency value test, combiner box test
3.PV Inverter Test Equipment test indicators
real time voltage | real time current | Power monitoring | Power generation record | AC and DC | Inverter conversion efficiency |
Irradiance monitoring | temperature monitoring | Environmental collection records | PR value calculation | power factor |
4.Product features of PV Inverter Test Equipment
1.Network communication function can realize remote synchronous test control
2.Through the calculation of cumulative power generation and cumulative irradiance measurement, the real-time conversion efficiency of the photovoltaic array can be obtained, and faults of the photovoltaic array can be discovered in time, providing a reliable fault diagnosis method, which can be fixed on-site for long-term monitoring, and has a high level of protection.Suitable for on-site testing of power stations and remote Ethernet monitoring and data processing
5.Technical parameters of PV Inverter Test Equipment
Specifications | ||
Category | numerical value | FT-PE93 |
DC voltage | Measuring range | 0~1500V |
Test accuracy | ±0.5%rdg±0.2V | |
AC voltage | Phase voltage measurement range | 0~600V |
Test accuracy | ±0.5%rdg±0.2V | |
Line voltage measurement range | 0~1000V | |
Test accuracy | ±0.5%rdg±0.2V | |
DC current | Measuring range | 0.5~150A / 0.5~1500A |
Test accuracy | Based on current clamp accuracy | |
AC current | Measuring range | 0.5A~1500A |
Test accuracy | Based on current clamp accuracy | |
irradiance | Ambient temperature measurement range | -30°C~100°C |
Battery temperature measurement range | -30°C~100°C | |
Temperature test accuracy | ±1°C | |
Irradiance measurement range | 0~1800W/m2 | |
Irradiance measurement accuracy | Better than ±3% | |
power factor | Measuring range | 0.2~1.0 |
Measurement accuracy | 0.01 | |
frequency | Measuring range | 42.5Hz~69Hz |
Measurement accuracy | ±0.2%rdg±0.1Hz | |
PR value | Measurement accuracy | Better than ±1% |
Number of test channels | AC and DC channels | 6 |
Hardware parameters | ||
Category | numerical value | FT-PE93 |
Host parameters | Wireless transmission distance | 50 meters |
Display | 640x480, 6.5-inch LED | |
Power supply method | Built-in lithium battery/power adapter | |
Battery parameters | 14.8V/4400mAH | |
Battery life | 8 hours | |
size | 390x300x200mm | |
weight | 5.8kg | |
Operating temperature | -10°C~50°C | |
Storage temperature | -20°C~60°C | |
humidity | 5~95%RH | |
Radiometer parameters | Then again | RS232 serial, Bluetooth |
weight | 450g | |
power supply | 4 AAA batteries | |
temperature sensor | standard | Temperature detection |
Test after test | Connecting line | MC4 |