Energy of day: kWh
Total energy: MWh
CO2-saving: t
Power: kW
Total energy: MWh
CO2-saving: t
Power: kW
Real-time data
Sum:
Produced energy:
kWh
Daily energy:
Wh
Power:
W
Current:
A
Frequency:
Hz
CO2 savings:
kg
Phase values:
Line conductor L1:
Voltage:
V
Current:
A
Active power:
W
Reactive power:
var
Apparent power:
VA
Power factor:
Line conductor L2:
Voltage:
V
Current:
A
Active power:
W
Reactive power:
var
Apparent power:
VA
Power factor:
Line conductor L3:
Voltage:
V
Current:
A
Active power:
W
Reactive power:
var
Apparent power:
VA
Power factor:
Verkettete Spannungen:
Voltage L1-L2:
V
Voltage L2-L3:
V
Voltage L1-L3:
V
Symmetrical components:
Co-system:
V
A
Opposite system:
V
A
Null system:
V
A
Sum:
Global irradiance::
W/m²
Outdoor temperature:
°C
Power controller::
Inverter:
WR2: W
W/Wp: % Field 1:
Stringpower WR1 - String 1/String 2:
Stringvoltage WR1 - String 1/String 2:
Stringpower WR2 - String 1/String 2:
Stringvoltage WR2 - String 1/String 2:
Invertertemperature - WR1/WR2:
WR4: W
W/Wp: % Field 2:
Stringpower WR3 - String 1/String 2:
Stringvoltage WR3 - String 1/String 2:
Stringpower WR4 - String 1/String 2:
Stringvoltage WR4 - String 1/String 2:
Invertertemperature - WR3/WR4:
WR6: W
W/Wp: % Field 3:
Stringpower WR5 - String 1/String 2:
Stringvoltage WR5 - String 1/String 2:
Stringpower WR6 - String 1/String 2:
Stringvoltage WR6 - String 1/String 2:
Invertertemperature - WR5/WR6:
WR8: W
W/Wp: % Field 4:
Stringpower WR7 - String 1/String 2:
Stringvoltage WR7 - String 1/String 2:
Stringpower WR8 - String 1/String 2:
Stringvoltage WR8 - String 1/String 2:
Invertertemperature - WR7/WR8:
WR = Inverter. Two inverters feed per module field.
W/Wp = Percentage power of the module field in relation to its peak power.
FAQ:
The installed power of the system is calculated from the power data and the sum of the modules. In fact, some parts of the plant are temporarily shaded to preserve the healthy trees of the campus. of the campus. In addition, the output refers to optimal conditions at the modules. On sunny summer days, the photovoltaic modules heat up and thus reduce their efficiency. Additionally, the aging of the modules causes a slight loss of power over time. A realistic maximum power considering the mentioned circumstances is 97 kW. This value is the reference value for the bar graph display on the website.
In order to provide a resource-saving web presence, the values are only updated when the window with the website is active. As soon as the window on your PC is in the background, for example when working in another application, the values are no longer loaded from the server every second. With a click on the website, it changes back to the live view.
The displayed data comes from different sources and is processed by different servers. The values in the "Inverter" area must first be read out individually from the inverters via a data bus, which is why the display is slightly delayed. The values "String voltage" and "System temperature" are read out via the server of the data logger and update themselves in a five-minute cycle.
When solar irradiation is so low that the system can barely meet its own demand, the inverters switch to standby mode. In order not to consume any significant energy in the dark, the control technology and data communication are then switched off.
For grid management reasons, the grid operator can remotely control the plant via ripple control signal. For this purpose, the active power of the plant can be reduced to just under 70kW, 35kW and 0kW. During the test operation of the NEmo project, the SmartRTU control system can also make power reductions in the same increments.
The data logger, which stores the feed-in data, was installed a few weeks later than the energy meter. Therefore, not all values since the installation of the grid connection can be displayed in the graphs. A temporal offset is also caused by the fact that the data logger displays the values in a five-minute cycle and uploads them to the server in a fifteen-minute cycle, so the graphs displayed can be up to a quarter of an hour old. The graphs are thus mainly used for long-term display.
