SolarEdge® designers can record significant results in the further development of traditional solar systems.

SolarEdge engineers have developed a solution that can be used to significantly increase the energy production of traditional photovoltaic systems by up to 6-35%. Thanks to the computer control, the shading, heating, and contamination of the strings, as well as the power differences of the solar modules, can be balanced.

While in the case of traditional systems, the so-called strings consisting of solar panels connected in series can usually be 14-25 modules "long" (250 Wp), in the SolarEdge optimized solution, the number of modules connected in series can be up to 45-60. This is important because the performance is more balanced and fewer current converters and inverters are required. Not least due to the reduced number of strands, quite a few solar cables can be saved.

It is important to know that in the case of SolarEdge technology, with the optimization solution, the control of the system was transferred from the string level to the level of the solar modules. So, unlike the usual method, the inverter does not perform the work point tracking, if it is not the DC/DC converter on the back of the solar panels. Thanks to this, the performance of each module can be monitored, so we can be notified of a possible decrease in the performance of the solar modules, which also facilitates the maintenance of the photovoltaic system.

The optimization system also allows modules with different orientations/inclinations, different performance or brands to be placed within a string by utilizing more space (even by using periodically shaded surfaces).

- Built-in Webserver with Ethernet connection for remote monitoring
- SetApps design, which requires only the Wi-Fi antenna set for communication
- High efficiency (max. 97.3%)
- Fixed transformation voltage
- Indoor and outdoor (high protection class IP 65)
- SmartGrid compatible
- Factory pre-installed MC4 connection on the inverter

- Maximum DC power STC (W) 6750
- Nominal input voltage (V) 750
- Max. input voltage (V) 900
- Max. input current (A) 8.5
- Nominal AC power (W) 5000
- Max. output current (A) 8/phase
- Output voltage range (V) 184-264.5/phase
- Number of DC inputs (pcs) 2
- Mains connection 3-NPE 400 V
- Size (mm) 540315191
- Weight (kg) 16.4
- Protection IP65
- Ambient air temperature (°C) -40 +60
- Inverter concept without transformer
- Cooling Regulated air cooling