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  • Accessory for measuring and recording the efficiency of a single- and three-phase, single- and multi-string photovoltaic system

  • Contemporary analysis of 3 strings

  • Compatible with SOLAR300N and SOLAR I-V

  • Integrated rechargeable battery

Single-phase/three-phase photvoltaic systems’ testing  
Use of remote unit SOLAR-02 with USB \ RF connection RF/USB
AC/DC voltage in single-phase/three-phase systems  
AC/DC current in single-phase/three-phase systems  
Recording with selectable integration period 1s-60m
Indicative memory duration (in days @ PI=10min @ max number of parameters) 8
Measuring range for photovoltaic testing 1000VDC / 600VAC ; 3000AC / 1000ADC
Measurement category CAT IV 300V
Internal memory capacity 2MB 8 days@ PI=10 min
Power supply with rechargeable battery and battery charger  
Auto power off  
Size (LxWx H) (mm) 300x265x214
Weight in grams (batteries included) 2300

MPP300 is an optional accessory which allows measuring and recording the main parameters which characterize single- and threephase, single. and multi-string photovoltaic systems (up to three MPPT). Provided with a practical rigid anti-shock case, thanks to its lightness and its reduced size is the ideal solution for on-site use. MPP300 interfaces with SOLAR300N and SOLAR I-V for its settings, to start/stop recording electric and environmental parameters and to allow for the download of the recorded values. The master devices SOLAR300N or SOLAR I-V are only used in the initial and final phase of recording, and they do not play any active role while recording electrical and environmental parameters. Remote unit SOLAR02 (wirelessly synchronized with MPP300) is positioned next to the photovoltaic modules to measure environmental parameters (irradiation and temperature). Thanks to this synchronization, it is not necessary to place long connection cables between the environmental feelers and the device (cables which would impair the operator’s movements) nor to use a wireless connection between the environmental feelers and the device, what is generally impossible due to the attenuation of the signal caused by the presence of floors, reinforced concrete or metal structures.

EMC 2014/30/EU
EMC: IEC/EN61326
Guida CEI 82-25
LVD 2014/35/EU