Examples
Examples
Try the starting example
- Measured total loop cable resistance (ohms)
- 0.1
- Current-duration segments JSON [[amps,hours],...]
- [[16,2],[10,1]]
- Supply voltage (V)
- 230
- Conduction loss (kWh)
- 0.0612
- Energy at supply boundary (kWh)
- 9.66
- Modeled delivered energy after cable loss (kWh)
- 9.5988
Try another scenario
- Measured total loop cable resistance (ohms)
- 0.11000000000000001
- Current-duration segments JSON [[amps,hours],...]
- [[16,2],[10,1]]
- Supply voltage (V)
- 230
- Conduction loss (kWh)
- 0.06732
- Energy at supply boundary (kWh)
- 9.66
- Modeled delivered energy after cable loss (kWh)
- 9.59268
Calculation method
Calculation method
Conduction loss (kWh)
Loss=sum I² R hours/1000; supplied energy=sum V I hours/1000.
Energy at supply boundary (kWh)
Loss=sum I² R hours/1000; supplied energy=sum V I hours/1000.
Modeled delivered energy after cable loss (kWh)
Loss=sum I² R hours/1000; supplied energy=sum V I hours/1000.
Symbols and units
- a
- Measured total loop cable resistance (ohms)
- b
- Current-duration segments JSON [[amps,hours],...]
- c
- Supply voltage (V)
Use the units shown. A list keeps the order in which you enter its values. The symbol ^ means “raised to the power of”.
Assumptions & limits
Assumptions & limits
- Single-phase DC/resistive equivalent, constant voltage and measured loop resistance; no installation approval. Supported limits: All required fields must be finite values of the exact declared type and within displayed bounds. Lists contain1–1000 finite numbers. JSON tables are numeric rectangular rows, at most100 rows and30 columns; individual tools have stricter shape/domain constraints. Single-phase DC/resistive equivalent, constant voltage and measured loop resistance; no installation approval.
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