Dimensioning tool
Calculate how the Ferroamp system should be dimensioned and receive a complete documentation package.
System calculatorĀ
Provides a complete bill of materials for the entire system, including PV string planning and DC cable sizing.
SSO calculatorĀ
Used for calculating the PV panel configuration only. If the panels you intend to use are not available in the list, please send an email to improve@ferroamp.se.
Cable calculatorĀ
Used for DC cable sizing. Choose between new cabling or the use of existing cabling.
Please note that the cable sizing applies to DC cabling (760 V) intended for use within the Ferroamp system.
Dimensioning tool
Add cable calculation
Recommended string specification
Vmp nominal
-
Vmp min
-
Vmp max
-
Voc max
-
Imp max
-
Isc
-
Bill of materials
Qty
Item no.
Product name
System documentation
Project name
-
Date
-
System
EnergyHub
-
Modules
-
Battery
-
Bill of materials
Qty
Item no.
Product name
Cable calculation
Calculation data
Cable A
-
Power, length, max voltage drop
-, -, -
Temperature, insulation
-, -
Installation method
-
Cable B
-
Power, length, max voltage drop
-, -, -
Temperature, insulation
-, -
Installation method
-
Cable result
Cable A
-
Conductor configuration
-
Cable B
-
Conductor configuration
-
Voltage drop
-
System voltage
-
SSO calculation
Panel configuration
Panel model
-
Quantity
- pcs
Mounting
-
Temperature
- to - Ā°C
Panel data
Pmax
- W
Vmp
- V
Voc
- V
Imp
- A
Isc
- A
Voc coeff
- %
Proposed string layout
Total panel power
-
Number of SSO
-
Min/max panels per SSO
-
Recommended string specification
Vmp nominal
-
Vmp min
-
Vmp max
-
Voc max
-
Please note
- The calculation is indicative and does not replace full system design.
- The result is based on entered values and standardized assumptions; local conditions may affect the outcome.
- Panel calculations are based on the specified panel data. Bifacial gain is not included.
- Reverse polarity protection is inactive for panels with Isc above 13.5 A.
- Cable calculations are based on SS 436 40 00 and IEC 60364-5-52, with additional references to IEC 60228 and IEC 60269.
- Dimensioning and component selection must always be verified against applicable standards and manufacturer instructions.
Documentation
Please note
- The calculation is indicative and does not replace full system design.
- The result is based on entered values and standardized assumptions; local conditions may affect the outcome.
- Panel calculations are based on the specified panel data. Bifacial gain is not included.
- Reverse polarity protection is inactive for panels with Isc above 13.5 A.
- Cable calculations are based on SS 436 40 00 and IEC 60364-5-52, with additional references to IEC 60228 and IEC 60269.
- Dimensioning and component selection must always be verified against applicable standards and manufacturer instructions.
Documentation
Please note
- The calculation is indicative and does not replace full system design.
- The result is based on entered values and standardized assumptions; local conditions may affect the outcome.
- Panel calculations are based on the specified panel data. Bifacial gain is not included.
- Reverse polarity protection is inactive for panels with Isc above 13.5 A.
- Dimensioning and component selection must always be verified against applicable standards and manufacturer instructions.
SSO documentation
Project name
-
Date
-
SSO calculation
Panel configuration
Panel model
-
Quantity
- pcs
Mounting
-
Temperature
- to - Ā°C
Panel data
Pmax
- W
Vmp
- V
Voc
- V
Imp
- A
Isc
- A
Voc coeff
- %
Proposed string layout
Total panel power
-
Number of SSO
-
Min/max number of panels per SSO
-
Technical string details
Vmp nominal
-
Vmp min
-
Vmp max
-
Voc max
-
Please note
- The calculation is indicative and does not replace full system design.
- The result is based on entered values and standardized assumptions; local conditions may affect the outcome.
- Panel calculations are based on the specified panel data. Bifacial gain is not included.
- Reverse polarity protection is inactive for panels with Isc above 13.5 A.
- Dimensioning and component selection must always be verified against applicable standards and manufacturer instructions.
Cable calculation
Cable A
-
Cable B
-
Voltage drop
-
Dokumentation
Observera
- The result is based on entered values and standardized assumptions; local conditions may affect the outcome.
- Cable calculations are based on SS 436 40 00 and IEC 60364-5-52, with additional references to IEC 60228 and IEC 60269.
- Dimensioning and component selection must always be verified against applicable standards and manufacturer instructions.
Cable documentation
Project name
-
Date
-
Cable calculation
Calculation data
Cable A
-
Power, lenght, max voltage drop
-
Temperature, insulation
-
Installation method
-
Cable B
-
Power, lenght, max voltage drop
-
Temperature, insulation
-
Installation method
-
Cable result
Cable A
-
Conductor configuration
-
Cable B
-
Conductor configuration
-
Voltage drop
-
System voltage
DC 760 V
Please note
- The result is based on entered values and standardized assumptions; local conditions may affect the outcome.
- Cable calculations are based on SS 436 40 00 and IEC 60364-5-52, with additional references to IEC 60228 and IEC 60269.
- Dimensioning and component selection must always be verified against applicable standards and manufacturer instructions.