• EKO MP-160 IV Curve Tester
  • EKO MP-160 IV Curve Tester
  • EKO MP-160 IV Curve Tester
  • EKO MP-160 IV Curve Tester

EKO MP-160 IV Curve Tester

No.EKO MP-160
EKO MP-160 MP-160 has excellent performance in solar simulator indoor evaluation and outdoor natural light evaluation. MP-160 can complete high-precision IV curve measurement of large-area battery measurement, compound battery, dye battery, etc.
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  • EKO MP-160 IV Curve Tester
  • EKO MP-160 IV Curve Tester
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EKO MP-160

Based on more than 10 years of experience in solar cell measurement, EKO has successfully developed the MP-160 IV curve tester for measuring various types of solar cells and modules. The MP-160 uses the electrical load principle to achieve a wide measurement range and high resolution.
The MP-160 performs well in both indoor and outdoor natural light evaluations of solar simulators.
MP-160 can complete high-precision IV curve measurements of large-area batteries, compound batteries, dye batteries, etc.
For outdoor evaluation, such as orientation testing, the automatic measurement mode can be used to continuously measure data for a long time. Up to 4 component selectors can be selected to monitor up to 48 solar panels at the same time. For indoor measurements, voltage, current, and light intensity (via reference cells or pyranometers) can be quickly sampled simultaneously. The unique correction function for the instability of the simulator light source significantly improves the measurement accuracy. The MP-160 can be used for almost any light source and solar simulator. The MP-160 can be used not only as a research and development tool, but also for online testing on the production line when combined with automatic sample transfer and automatic sample temperature control.
MP-165 is based on MP-160, with a larger current and voltage test range. The test power can reach 3kW, which can meet the test requirements of all types of components.

MP-160 System

MP-165 System

Measuring principle

Electrical Load Theory

Electrical Load Theory

Wiring method

4-wire

4-wire

Battery/Module Input Range

Voltage: 300, 30, 3V (Auto)
Current: 10, 3, 0.3, 0.03A (Auto)
Power: Max. 300W

Voltage: 400V, 30V
Current: 20A, 3A
Power: Max. 3000W

Resolution

16bit (+/-15bit)

16bit (+/-15bit)

Accuracy

0.5%fs

0.5%fs

Scan time

2 to 330 sec.

2 to 330 sec.

Reverse bias

support

support

Data Points

256 points/scan (voltage, current, light intensity)

256 points/scan (voltage, current, light intensity)

Temperature input

2. T-type thermocouple

2. T-type thermocouple

Pyranometer Input

1, 30mV

1, 30mV

Reference battery input

1, 300mV
(without shunt resistor, combined with intensity sensor input)

1, 300mV
(without shunt resistor, combined with intensity sensor input)

RS-232C

38400bps, 8bit, 1 stop, Non-parity, Xon/off, delim.Cr/Lf

38400bps, 8bit, 1 stop, Non-parity, Xon/off, delim.Cr/Lf

Optional equipment

Component selector (up to 48 components)

Component selector (up to 12 components)

Thermocouple selector (up to 48 thermocouples)

Thermocouple selector (up to 12 thermocouples)

Lux meter selector (up to 5 sensors)

Lux meter selector (up to 5 sensors)

Dimensions/weight

370w x 133h x 350d mm/9kg

430 W x 450 D x 199 H (mm) / 15 kg

power supply

AC100 to 240V, 50/60Hz, 20VA (Stand-by), 200VA (Max.)

AC100 to 240V, 50/60Hz,20VA (Stand-by), 270VA (Max.)

Shanghai Sales + Technical Support + After-sales Service Center
Rayscience Optoelectronic Innovation Co., Ltd

address: 4th Floor, Building 122, Lane 2338, No. 1 Duhui Road, Minhang District, Shanghai
Telephone:
021-34635258 021-34635259
fax:
021-34635260
E-mail:
saleschina@rayscience.com

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