Solar.Configurator 4.0

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

Do you really want to delete the selected PV module? Deleted modules cannot be recovered!

The selected PV module cannot be combined with the inverter because of the earthing recommendation. Please change the PV module.

The PV module could not be saved.

No sizing could be determined.
By adapting the min. and max. module temperature to {{case1MinTemp}} °C and {{case1MaxTemp}} °C, a switching can be calculated. ({{case1MinTemp * 1.8 + 32}} °F / {{case1MaxTemp * 1.8 + 32}} °F)
Do you want to change the values and restart the sizing?

No sizing could be determined.
By adapting the min. and max. module temperature to {{case2MinTemp}} °C and {{case2MaxTemp}} °C and adapting the min. and max. IR, a switching can be calculated. ({{case2MinTemp * 1.8 + 32}} °F / {{case2MaxTemp * 1.8 + 32}} °F)
Do you want to change the values and restart the sizing?

No sizing could be determined.
By adapting the min. and max. IR to {{case3MinLv}}% and {{case3MaxLv}}%, a switching can be calculated.
Do you want to change the values and restart the sizing?

The configuration cannot be calculated yet. Please make a change in the user settings filter configurations.

The configuration cannot be calculated yet. Please make a change in the user settings max. DC voltage.

{{ImportExportErrorMsg}}
Import was terminated. Please correct import file and try again.

Min. temperature at location

°C

{{(ambientMinTemp * 1.8 + 32) | number:0}} °F

Please enter a value. Value must be larger than -100. Value needs to be less or equal to 100

Max. temperature at location

°C

{{(ambientMaxTemp * 1.8 + 32) | number:0}} °F

Please enter a value. Value must be larger than -100. Value needs to be less or equal to 100 Value must be larger than min. temperature.

Gap bet. roof and upper module edge

Please enter a value. The value must be greater than 0. The value must be less than 100,000.

Gap bet. roof and lower module edge

Please enter a value. The value must be greater than 0. The value must be less than 100,000.

Filter configurations:

Max. DC voltage

Please enter a value. Value has to be larger than 100. Value has to be smaller than 1000.

Power factor (PF)

Please enter a value. Value has to be larger than 0.7. The value must be less than or equal to 1.

Calculate module temperatures

Save settings permanently

Create report with cover

Create detailled report

PV module manufacturer

Please give the PV module manufacturer.

Model

Please enter the module model.

Max. system voltage

Please enter a value. The value must be greater than or equal to 0. The value must be less than or equal to 5000. The value must be greater than the open circuit voltage.

Open circuit voltage at 25 °C

Please enter a value. The value must be greater than or equal to 0. The value must be less than or equal to 5000. The value may not be less than the MPP voltage.

Temp. Coef. open circuit voltage

Please enter a value. The value must be greater than or equal to -9. The value must be less than or equal to 0. At least one of the values Temperature Coefficient open circuit voltage, Temperature Coefficient MPP voltage and Temperature Coefficient MPP performance must be other than 0 sein.

Short circuit current at 25 °C

Please enter a value. The value must be greater than or equal to 0. The value must be less than or equal to 5000. The value may not be less than the MPP current.

Temp. Coef. short-circuit current

Please enter a value. The value must be greater than or equal to 0. The value must be less than or equal to 1.

MPP voltage at 25° C

Please enter a value. The value must be greater than or equal to 0. The value must be less than or equal to 5000.

Temp. Coef. MPP power

MPP current at 25 °C

Please enter a value. The value must be greater than or equal to 0. The value must be less than or equal to 5000.

Max. backfeed current

The value must be greater than or equal to 0. Value needs to be less or equal to 100 Value needs to be larger than short-circuit current

MPP power at 25 °C

Please enter a value. The value must be greater than or equal to 0. The value must be less than or equal to 5000. The value may not deviate by more than 2% of the product of the MPP voltage and the MPP current.

Input
MPP voltage area	{{wrdetails.mppSpannungsBereichMin \| numeral: { format: "0,0" } }} - {{wrdetails.mppSpannungsBereichMax \| numeral: { format: "0,0" } }} V
Max. input voltage	{{wrdetails.maxEingangsspannung \| numeral: { format: "0,0", suffix: " V" } }}
Max. input current	{{wrdetails.maxEingangsstrom \| numeral: { format: "0,0", suffix: " A" } }}
Max. DC power	{{wrdetails.maxDcLeistung \| numeral: { format: "0,0", suffix: " W" } }}
Number of MPP trackers	{{wrdetails.anzMppTracker \| numeral: { format: "0,0" } }}

Output
AC nominal output	{{wrdetails.acNennleistung \| numeral: { format: "0,0", suffix: " W" } }}
AC max. output	{{wrdetails.acMaxleistung \| numeral: { format: "0,0", suffix: " VA" } }}
Min. cos φ	{{wrdetails.minCosPhi \| numeral: { format: "0,0.00" } }}
3-phase
1-phase
{{wrdetails.wirkungsgradType}} Effectiveness	{{wrdetails.wirkungsgrad \| numeral: { format: "0,0.0", suffix: " %" } }}
Max. eff.	{{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 type	{{wrdetails.schutzart}}
Ambient temperature	{{wrdetails.umgebungstemperaturMin \| numeral: { format: "0,0" } }} - {{wrdetails.umgebungstemperaturMax \| numeral: { format: "0,0" } }} °C

MPPT {{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

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" } }}
String combiner required	Yes No

Open circuit voltage	{{moduldetails.leerlaufspannung \| numeral: { format: "0,0.00", suffix: " V" } }}
Short circuit current	{{moduldetails.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" } }}
MPP power at 25 °C MPP power at 25 °C (77 °F)	{{moduldetails.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: " %/K" } }}
	{{moduldetails.tkLeerlaufspannungAbs \| numeral: { format: "0,0.000000", suffix: " V/K" } }}
Temp. Coef. short-circuit current	{{moduldetails.tkKurzschlussstromProzent \| numeral: { format: "0,0.000000", suffix: " %/K" } }}
	{{moduldetails.tkKurzschlussstromAbs \| numeral: { format: "0,0.000000", suffix: " A/K" } }}
Temp. Coef. MPP power	{{moduldetails.tkLeistungProzent \| numeral: { format: "0,0.000000", suffix: " %/K" } }}
	{{moduldetails.tkLeistungAbs \| numeral: { format: "0,0.000000", suffix: " W/K" } }}
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

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" } }}

PV module

Inverter

General

Sizing options

{{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: "%" } }}

{{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" } }}

Number = Number of modules / Ppv,stc = kWp / IR = Inverter ratio / SL = Self-sufficiency levels / OCL = Own-consumption levels

Number = Number of modules / Ppv,stc = kWp / IR = Inverter ratio

SL = Self-sufficiency levels / OCL = Own-consumption levels

Number = Number of modules

Ppv,stc = kWp

IR = Inverter ratio

SL = Self-sufficiency levels

OCL = Own-consumption levels

Selected storage Optimum storage A+B = MPP Tracker 1+2 / Strings x PV modules String-fuses or DC-combiner required

Selected storage Optimum storage

A+B = MPP Tracker 1+2 / Strings x PV modules String-fuses or DC-combiner required

Selected storage

Optimum storage

A+B = MPP Tracker 1+2

Strings x PV modules

String-fuses or DC-combiner required

Planning of photovoltaic systems

Dimensioning made easy

Planning of photovoltaic systems

Dimensioning made easy

PV module

Inverter

General