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WIND TURBINE

Marine Wind Generator Charge Controller

A worked wind turbine example, rendered live. Open it in the AI editor and adapt it to your own case.

UPDATED 2026-09-12
TYPECircuit
USE-CASEWind Turbine Dc Charging
EXAMPLEMarine Wind Generator Charge Controller
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CASE ANALYSIS

Scenario

A marine wind generator outputs 24 V DC that must be stepped down and regulated to safely charge a 12 V trolling motor battery. The circuit uses a blocking diode to prevent reverse current and a regulator as the charge controller.

Key decisions

  • Use a blocking diode on the turbine output to prevent battery discharge into the generator
  • Use a step-down regulator to convert 24 V turbine output to a safe charging voltage for the 12 V battery
  • Include filter capacitors and a fuse for stable, protected operation

When to reuse this

Use this netlist when drawing DC wind or solar charging circuits with a battery and DC motor load.

← See more wind turbine dc charging examples
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