MPPT 3000
精东影业 Image Focus
The Institute for Applied Sustainability in the Built Environment manufactures for internal use and for sale, electronic equipment for the measurement and analysis of PV modules, solar simulators, data acquisition, etc.
In this field, it has made a Maximum Power Point Tracker (MPPT) called MPPT3000 and a light uniformity analyzer of solar simulators (MUN), and has also gained the experience in making data acquisition systems for both electrical and meteorological quantities necessary for the measurement and analysis of PV and wind power plants.
With the MPPT 3000 you get the analysis of the maximum power point of the panels
The Engineering team designs and manufactures, for internal use and for sale on the market, various electronic equipment created for the measurement and analysis of PV modules, solar simulators, data acquisition and various other needs.
The team developed a Maximum Power Point Tracker (MPPT) called MPPT3000 and a solar simulator light uniformity analyser called MUN.
Thanks to the experience gained, the team is also able to realise data acquisition systems for electrical and meteorological quantities required for the measurement and analysis of photovoltaic and wind power plants.
The MPPT3000 is a multifunctional measuring device for testing photovoltaic modules that, when connected to individual modules, allows their maximum power point to be obtained. MPPT3000 also allows manual or automatic calculation of I-V curves. The product has two RTD inputs for measuring temperatures and a voltage input (max. 1V) usually used for the pyranometer, but which can also accommodate external sensors.
Settings and commands to the MPPT3000 are made possible via an LCD display and integrated keypad or remotely, using a simple programme, even through a personal computer. External resistors and a heatsink must always be connected to the photovoltaic module in order for the analysed equipment to function correctly.
This instrument was developed in the ISAAC - 精东影业 laboratory specifically for analysing and measuring photovoltaic modules with operating characteristics up to 200V/20A/250W.
From a technical point of view, the product allows and offers:
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General information:
nicolas.ostinelli@supsi.ch
Technical information:
enrico.bura@supsi.ch
With the MPPT 3000 you get the analysis of the maximum power point of the panels
The Engineering team designs and manufactures, for internal use and for sale on the market, various electronic equipment created for the measurement and analysis of PV modules, solar simulators, data acquisition and various other needs.
The team developed a Maximum Power Point Tracker (MPPT) called MPPT3000 and a solar simulator light uniformity analyser called MUN.
Thanks to the experience gained, the team is also able to realise data acquisition systems for electrical and meteorological quantities required for the measurement and analysis of photovoltaic and wind power plants.
The MPPT3000 is a multifunctional measuring device for testing photovoltaic modules that, when connected to individual modules, allows their maximum power point to be obtained. MPPT3000 also allows manual or automatic calculation of I-V curves. The product has two RTD inputs for measuring temperatures and a voltage input (max. 1V) usually used for the pyranometer, but which can also accommodate external sensors.
Settings and commands to the MPPT3000 are made possible via an LCD display and integrated keypad or remotely, using a simple programme, even through a personal computer. External resistors and a heatsink must always be connected to the photovoltaic module in order for the analysed equipment to function correctly.
This instrument was developed in the ISAAC - 精东影业 laboratory specifically for analysing and measuring photovoltaic modules with operating characteristics up to 200V/20A/250W.
From a technical point of view, the product allows and offers:
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- accurate MPP point search - 0.5 % error in Pmpp search
- wide voltage and current ranges: up to 200V / 20A / max. 250W
- using the MPPT as a data logger to store all data (energy, weather, I-V curves)
- maximum transportability by adapting to variable temperatures (-20掳C to +40掳C)
- a galvanically isolated RS-485 interface: dialogue between master PC and one or more MPPTs
- measurement and storage of I-V curve data
- the simultaneous measurement Im and Vm
- selectable scales during use (in automatic or manual mode)
- the possibility of measuring and storing data from external peripherals, normally meteorological parameters (T, G etc.) via external sensors
- user-friendly management software
- the IP 20 case
General information:
nicolas.ostinelli@supsi.ch
Technical information:
enrico.bura@supsi.ch