MP-11 I-V Checker EKO Instruments Vietnam, EKO Instruments Việt Nam, EKO Vietnam, EKO Việt Nam, Đại lý EKO Instruments Vietnam, MP-170, PV-Blocks, MP-160,  MP-165, MP-180, MI-510, MI-510S, MI-520, MP-303S, MP-303, MI-530, MI-540, MP-410, PV IV/MPP Pack, PV Base Pack, PV Mod, PV Irr, PV Software, PV Load, PV Temp 

The robust portable battery operated MP-11 I-V Checker enables the operator to perform on-site accurate I-V performance measurements and inspection of PV modules or arrays. For direct control of the measurement functions and analyzing measurement results, the Main Unit has a key-pad and Graphical LCD display. The MP-11 offers an all in one measurement solution to make PV module testing very easy, hence all required accessories like the radiation sensor, temperature sensors, cables and PC software for control and extended data analysis are included.   

The MP-11 I-V Checker is capable to measure I-V curves based on the parameters (Vmax, Imax, Pmax, Voc, Isc, FF, Tmod, ηeff) of any PV module type and arrays, also called strings. It is highly suitable during PV module installation, for routine checks for the inspection of energy yield, tracing module performance and potential defects and general maintenance checks. The MP-11 can be used for almost any module type as long as the output fits in the range (10 – 1000V / 100mA - 30A / 10W - 18 kW). 

The Main Unit is capable of measuring, displaying and analyzing data, all functions can be accessed through the front panel keypad. Up to 300 I-V curves can be stored on board, which is sufficient enough for one day. Additionally, extensive data analysis, data storage and data format conversion to a (.CSV) file format can be done using a PC with the MP-11 control software. The I-V curve measurement data displayed on the Main Unit are automatically converted into STC values, known as Standard Test Conditions (STC), values complying to the IEC 60981 and JIS C8914 Standards. This way measurement values converted to STC values can be better quantitatively compared when obtained during different environmental or atmospheric conditions (Global radiation, Temperature) or inter compared between different types of modules.

Compare:

MP-170
PV-Blocks
MP-160
MP-165
MP-180
MI-510
MI-510S
MI-520
MP-303S
MP-303
MI-530
MI-540
MP-410
PV IV/MPP Pack
PV Base Pack
PV Mod
PV Irr
PV Software
PV Load
PV Temp