Lemonergy · Studio block

Resistor

An ideal linear resistance in a conserving electrical circuit.

Behavior

Terminal voltage drives branch current through the configured resistance. Voltage is p minus n; positive current enters p.

Original Lemonergy interface view. Lines identify ports; they are not a completed simulation circuit.

Ports and observed outputs
Name	Direction	Unit	Meaning
`p`	conserving	V, A	Electrical terminal: potential and charge-conserving current.
`n`	conserving	V, A	Electrical terminal: potential and charge-conserving current.
`voltage`	output	V	Observed result from the solved component or sampled controller.
`current`	output	A	Observed result from the solved component or sampled controller.
`power`	output	W	Observed result from the solved component or sampled controller.

Defaults are initial model values. Select values for your own model and operating conditions.

Configuration fields
Parameter	Unit	Default	Meaning and limits
Resistance Ohm `resistanceOhm`	ohm	1	Configured model parameter; the default is an initial editor value, not an operating recommendation. Minimum 1e-09; Maximum 1000000000000

A 1 V drop across 2 Ω implies 0.5 A.

Conserving components solve constitutive relations and node balance.

An RC circuit uses source, resistor, capacitor and reference blocks.

The RC example includes a capacitor: transient current varies and source voltage is not always resistor voltage.
This generic circuit does not identify cell parameters from measurements.

This reference follows Lemonergy implementation sources. Scientific articles support the linked concepts separately.

Repository: battery-design · Revision: ef9802329b75bc15bb96885f8ed5d49425106696