Solar.Configurator 4.0

solar configurator solar.configurator quick configurator quick.configurator pv anlagenauslegung konfigurationstool solar fronius

The switching cannot be calculated yet. Please complete the entries, expand the inverter ratio range or reduce the maximum module temperature.
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Please enter a value for the number of PV modules.

The inverter series and storage selection can’t be combined. Please change the inverter series or change the selection to no storage.

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The desired number of PV modules could not be found. Clicking on the refresh symbol to the right of the number of modules restarts the calculation and an attempt is made to interconnect the number of modules. If the desired number of modules is not displayed after the recalculation, you can print out all interconnections of a number of modules by clicking on “Show more” in the column header.

The maximum power ratio has been corrected. The maximum power ratio may only be 10% higher than the minimum power ratio, for a configuration with three MPP trackers.

The configuration is still being calculated. Please wait until the configuration has been calculated before making changes.

PV module

Inverter

General

Sizing options Results Results

«
- Number = Number of modules / Ppv,stc = kWp / IR = Inverter ratio / SL = Self-sufficiency levels / OCL = Own-consumption levels
- Without storage Selected storage Optimum storage PV1+PV2+PV3=MPPT 1+2+3 / Strings x PV modules String-fuses or DC-combiner required
- Loss of yield
- Number = Number of modules / Ppv,stc = kWp / IR = Inverter ratio
- SL = Self-sufficiency levels / OCL = Own-consumption levels
- Without storage Selected storage Optimum storage
- PV1+PV2+PV3=MPPT 1+2+3 / Strings x PV modules String-fuses or DC-combiner required
- Loss of yield
- Number = Number of modules
- Ppv,stc = kWp
- IR = Inverter ratio
- SL = Self-sufficiency levels
- OCL = Own-consumption levels
- Without storage
- Selected storage
- Optimum storage
- PV1+PV2+PV3=MPPT 1+2+3
- Strings x PV modules
- String-fuses or DC-combiner required
- Loss of yield

{{gruppe.module | numeral: { format: "0,0" } }}
{{gruppe.leistung | numeral: { format: "0,0.00", suffix: " kWp" } }}
IR={{gruppe.lv | numeral: { format: "0,0", suffix: "%" } }}

{{gruppe.gewaehlt.capacity | numeral: { format: "0,0.0", suffix: " kWh" } }}
SL={{gruppe.gewaehlt.aq | numeral: { format: "0,0", suffix: "%" } }}
OCL={{gruppe.gewaehlt.ev | numeral: { format: "0,0", suffix: "%" } }}

SL={{gruppe.ohne.aq | numeral: { format: "0,0", suffix: "%" } }}
OCL={{gruppe.ohne.ev | numeral: { format: "0,0", suffix: "%" } }}

{{gruppe.optimal.capacity | numeral: { format: "0,0.0", suffix: " kWh" } }}
SL={{gruppe.optimal.aq | numeral: { format: "0,0", suffix: "%" } }}
OCL={{gruppe.optimal.ev | numeral: { format: "0,0", suffix: "%" } }}

{{tracker.name}}: {{tracker.straenge | numeral: { format: "0,0" } }} x {{tracker.module | numeral: { format: "0,0" } }}

Input
Number of MPP trackers	{{wrdetails.anzMppTracker \| numeral: { format: "0,0" } }}
Number of inputs	{{wrdetails.anzEingaenge \| numeral: { format: "0,0" } }}
Usable MPP voltage range	{{wrdetails.mppSpannungsBereichMin \| numeral: { format: "0,0", suffix: " V" } }} ... {{wrdetails.mppSpannungsBereichMax \| numeral: { format: "0,0" , suffix: " V" } }}
Maximum input voltage	{{wrdetails.maxEingangsspannung \| numeral: { format: "0,0", suffix: " V" } }}
Usable MPP input current	{{wrdetails.inputMaxEingangsstromMPP}}
Maximum array short circuit current	{{wrdetails.inputMaxEingangsstromPV}}
Maximum array power	{{wrdetails.maxDcLeistung \| numeral: { format: "0,0", suffix: " Wp" } }}

Output
AC Rated power	{{wrdetails.acNennleistung \| numeral: { format: "0,0", suffix: " W" } }}
AC Maximum Output power	{{wrdetails.acMaxleistung \| numeral: { format: "0,0", suffix: " VA" } }}
Minimum cosphi	{{wrdetails.minCosPhi \| numeral: { format: "0,0.00" } }}
3-phase
1-phase
{{wrdetails.wirkungsgradType}} Effectiveness	{{wrdetails.wirkungsgrad \| numeral: { format: "0,0.0", suffix: " %" } }}
Maximum Efficiency	{{wrdetails.maxWirkungsgrad \| numeral: { format: "0,0.0", suffix: " %" } }}

General
Dimensions (H x W x D)	{{wrdetails.hoehe \| numeral: { format: "0,0" } }} x {{wrdetails.breite \| numeral: { format: "0,0" } }} x {{wrdetails.tiefe \| numeral: { format: "0,0" } }} mm
Weight	{{wrdetails.gewicht \| numeral: { format: "0,0.0", suffix: " kg" } }}
Protection degree	{{wrdetails.schutzart}}
Ambient temperature range	{{wrdetails.umgebungstemperaturMin \| numeral: { format: "0,0" } }} °C ... {{wrdetails.umgebungstemperaturMax \| numeral: { format: "0,0" } }} °C
ID	{{wrdetails.id}}

MPPT {{tracker.name}}	Input {{tracker.name}}
Number of strings	{{tracker.straenge \| numeral: { format: "0,0" } }}
Number of PV modules per string	{{tracker.module \| numeral: { format: "0,0" } }}
MPP voltage {{tracker.maxTemp \| numeral: { format: "0,0" } }} °C MPP voltage {{tracker.maxTemp \| numeral: { format: "0,0" } }} °C ({{tracker.maxTemp * 1.8 + 32 \| numeral: { format: "0,0" } }} °F)	{{tracker.umppMax \| numeral: { format: "0,0.00", suffix: " V" } }}
Open circuit voltage {{tracker.minTemp \| numeral: { format: "0,0" } }} °C Open circuit voltage {{tracker.minTemp \| numeral: { format: "0,0" } }} °C ({{tracker.minTemp * 1.8 + 32 \| numeral: { format: "0,0" } }} °F)	{{tracker.uocMin \| numeral: { format: "0,0.00", suffix: " V" } }}
MPP voltage at 25° C MPP voltage at 25° C (77 °F)	{{tracker.umppStc \| numeral: { format: "0,0.00", suffix: " V" } }}
Short circuit current at 25°C Short circuit current at 25°C (77 °F)	{{tracker.iscStc \| numeral: { format: "0,0.00", suffix: " A" } }}
MPP power at 25 °C MPP power at 25 °C (77 °F)	{{tracker.pmppStc \| numeral: { format: "0,0.00", suffix: " kWp" } }}
String fuses required	Yes No
String combiner required	Yes No
Loss of yield	Yes No

General
Inverter ratio	{{verschaltungdetails.lv \| numeral: { format: "0,0", suffix: " %" } }}
MPP power at 25 °C MPP power at 25 °C (77 °F)	{{verschaltungdetails.pmpp \| numeral: { format: "0,0.00", suffix: " kWp" } }}

Open circuit voltage	{{moduldetails.leerlaufspannung \| numeral: { format: "0,0.00", suffix: " V" } }}
Short circuit current	{{moduldetails.kurzschlussstrom \| numeral: { format: "0,0.00", suffix: " A" } }}	{{moduldetails.kurzschlussstrom \| numeral: { format: "0,0.00", suffix: " A" } }} ({{moduldetails.bfmFactor_kurzschlussstrom \| numeral: { format: "0,0.00", suffix: " A" } }})
MPP voltage at 25° C MPP voltage at 25° C (77 °F)	{{moduldetails.mppSpannungStc \| numeral: { format: "0,0.00", suffix: " V" } }}
MPP current at 25 °C MPP current at 25 °C (77 °F)	{{moduldetails.mppStromStc \| numeral: { format: "0,0.00", suffix: " A" } }}	{{moduldetails.mppStromStc \| numeral: { format: "0,0.00", suffix: " A" } }} ({{moduldetails.bfmFactor_mppStromStc \| numeral: { format: "0,0.00", suffix: " A" } }})
MPP power at 25 °C MPP power at 25 °C (77 °F)	{{moduldetails.mppLeistungStc \| numeral: { format: "0,0.00", suffix: " W" } }}	{{moduldetails.mppLeistungStc \| numeral: { format: "0,0.00", suffix: " W" } }} ({{moduldetails.bfmFactor_mppLeistungStc \| numeral: { format: "0,0.00", suffix: " W" } }})
Max. system voltage	{{moduldetails.maxSystemspannung \| numeral: { format: "0,0.00", suffix: " V" } }}
Temp. Coef. open circuit voltage	{{moduldetails.tkLeerlaufspannungProzent \| numeral: { format: "0,0.000000", suffix: " %/C" } }}
	{{moduldetails.tkLeerlaufspannungAbs \| numeral: { format: "0,0.000000", suffix: " V/C" } }}
Temp. Coef. short-circuit current	{{moduldetails.tkKurzschlussstromProzent \| numeral: { format: "0,0.000000", suffix: " %/C" } }}
	{{moduldetails.tkKurzschlussstromAbs \| numeral: { format: "0,0.000000", suffix: " A/C" } }}
Temp. Coef. MPP power	{{moduldetails.tkLeistungProzent \| numeral: { format: "0,0.000000", suffix: " %/C" } }}
	{{moduldetails.tkLeistungAbs \| numeral: { format: "0,0.000000", suffix: " W/C" } }}
Increase in open circuit voltage before stabilisation	{{moduldetails.erhoehungStabilisierung \| numeral: { format: "0,0.00", suffix: " %" } }}
Max. Voc before stabilization	{{moduldetails.leerlaufspannungStabilisierung \| numeral: { format: "0,0.00", suffix: " V" } }}
Cell technology	{{moduldetails.zelltechnologie}}
Max. reverse current	{{moduldetails.maxRueckstrom \| numeral: { format: "0,0.00", suffix: " A" } }}
Dimensions (H x W x D)	{{moduldetails.hoehe \| numeral: { format: "0,0" } }}x{{moduldetails.breite \| numeral: { format: "0,0" } }}x{{moduldetails.dicke \| numeral: { format: "0,0" } }} mm
Earthing recommendation
ID	{{moduldetails.id}}

Usable capacity	{{speicherdetails.nutzbareKapazitaet \| numeral: { format: "0,0.00", suffix: " kWh" } }}
Technology	{{speicherdetails.technologie}}
Cycles firmness	{{speicherdetails.zyklenfestigkeit \| numeral: { format: "0,0" } }}
Dimensions (H x W x D)	{{speicherdetails.hoehe \| numeral: { format: "0,0" } }}x{{speicherdetails.breite \| numeral: { format: "0,0" } }}x{{speicherdetails.tiefe \| numeral: { format: "0,0" } }} mm
Weight	{{speicherdetails.gewicht \| numeral: { format: "0,0.0", suffix: " kg" } }}
Nominal loading power	{{speicherdetails.nomLadeleistung \| numeral: { format: "0,0", suffix: " W" } }}
Nominal unloading power	{{speicherdetails.nomEntladeleistung \| numeral: { format: "0,0", suffix: " W" } }}
Max. discharging current	{{speicherdetails.maxLadestrom \| numeral: { format: "0,0", suffix: " A" } }}
Max. charging current	{{speicherdetails.maxEntladestrom \| numeral: { format: "0,0", suffix: " A" } }}

Planning of photovoltaic systems

Dimensioning made easy

Planning of photovoltaic systems

Dimensioning made easy

PV module

Inverter

General