Fronius IG Plus 120
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+ Highest Reliability.
+ First All-Round Device.
3-phase inverter with 10 kW max. output - applicable for wall mounting!
Technical Data
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Fronius IG Plus
| 35 |
50
| 70 |
100
| 120 |
150 |
|
Input data |
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| DC normal capacity | 3700 W | 4200 W | 6800 W | 8400 W | 10500 W | 12600 W |
| MPP voltage range | 230 - 500 V | 230 - 500 V | 230 - 500 V | 230 - 500 V | 230 - 500 V | 230 - 500 V |
| Max. input voltage range (for 1000 W/m², -10°C) |
600 V | 600 V | 600 V | 600 V | 600 V | 600 V |
| Max. input | 16.0 A | 18.3 A | 29.7 A | 36.6 A | 45.8 A | 54.9 A |
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Output data |
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| AC nominal capacity | 3500 W | 4000 W | 6500 W | 8000 W | 10000 W | 12000 W |
| Max. output | 3500 W | 4000 W | 6500 W | 8000 W | 10000 W | 12000 W |
| Max. efficiency | 96.0 % | 96.0 % | 96.0 % | 96.0 % | 96.0 % | 96.0 % |
| Euro efficiency | 95.0 % | 95.1 % | 95.4 % | 95.5 % | 95.5 % | 95.5 % |
| MPP adaption efficiency | 99.9 % | 99.9 % | 99.9 % | 99.9 % | 99.9 % | 99.9 % |
| Main voltage / Frequency | 230 V 50 Hz (60 Hz) | |||||
| Power connection | 1-phase | 2-phase (optional |
3-phase | |||
| Harmonic distortion | < 3.5 % | |||||
| Power factor | 1 | |||||
| Power consumption at night | 1 W | |||||
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General data |
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| Measurements (h x w x d) |
631 x 434 x 244 mm | 926 x 434 x 244 mm | 1221 x 434 x 244 mm | |||
| Connection area weight | 11 kg | 11 kg | 11 kg | 11 kg | 11 kg | 11 kg |
| Power area weight | 14 kg | 14 kg | 26 kg | 26 kg | 38 kg | 38 kg |
| Protection class | IP 44 | IP 44 | IP 44 | IP 44 | IP 44 | IP 44 |
| Inverter concept | HF transformer | |||||
| Cooling | regulated cooling | |||||
| Housing | Metal housing for inside and outside installation | |||||
| Ambient temperature range | from -20°C to + 50°C | |||||
| Permitted humidity | 0 % to 95 % | |||||
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Safety equipment |
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| DC isolation measurement | Warning at RISO<500k Ohm | |||||
| Overload behavior | Operating point shift, power limiter | |||||
| DC circuit breaker | integrated | |||||
The right to make technical modifications is reserved.
Equipment features
You decide on site, whether or not you want or need to ground the modules. Insert fuse, activate the software - grounding is complete.
All Fronius IG Plus devices have a robust, well-designed metal housing. UV-resistance and corrosion-protection enable them to be used both inside and out.
No additional installation or cabling is necessary. The highest comfort and safety as per DIN-VDE 0100-712.
The connection area and power modules are installed seperately from each other. Very easy, very safe: The connection area is attached to the wall as normal. Then the power module is simply plugged in. The power plug connects both parts into one secure unit. When service is required, the connector remains on the wall - all settings and configurations remain untouched.
Technology
More earnings for every system size: The automatic transformer switching function of the Fronius IG Plus makes sure of this. This enables not one, but three equal efficiency peaks. The result: Constant efficiency over a wide input voltage range.
In comparison: The efficiency of inverters without transformer switching declines steadily with an increasing input voltage. Devices without a transformer only have one efficiency peak.
With a 96.0 % maximum efficiency, the Fronius IG Plus series scores the highest grade among HF devices.
You get the maximum out of partial load ranges, e.g. on cloudy days, through a clever combination of several power modules. The power modules in Fronius devices divide up the work depending on the operating hours.
Whoever can always remain at the maximum power point (MPP), can get the most out of each ray of light. This is the job of the Module Manager: For fast, exact MPP tracking. This is especially important for thin-layer modules whose efficiency characteristics are more even.
Disruptive ambient factors such as dust or moisture remain on the outside: The reason: Cooling air is drawn in on the wall side and routed through a closed channel over the heat sink. This prevents contact with the circuit board. At the same time, the components are kept cool - the device operates with a stable consistency.
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