Yes, but project complexity depends on details.
Are you charging batteries, synchronising to grid, or powering switching power supplies of computers and such?
Is the mechanical power supply continuous hydroelectric or intermittent wind-/pedal powered?
These details are crucial to decide what kind of motor would be best to turn into a generator, what kind of step-up gear it needs to make useful power, and what kind of power regulator is needed to make the generated electricity usable.
There are many types of motors in washing machines:
What type of motor is used in washing machine?
Is Washing machine motor a dc or an ac?
What is better, direct drive motors or belt drive motors in a washing machine?
Permanent magnet motors are nice not needing external excitation current to start working, but unfortunately their output voltage and frequency vary with speed, so you’ll probably need to run that messy electricity through battery charger, battery bank, and inverter before use in appliances.
Are you charging batteries, synchronising to grid, or powering switching power supplies of computers and such?
Is the mechanical power supply continuous hydroelectric or intermittent wind-/pedal powered?
These details are crucial to decide what kind of motor would be best to turn into a generator, what kind of step-up gear it needs to make useful power, and what kind of power regulator is needed to make the generated electricity usable.
There are many types of motors in washing machines:
What type of motor is used in washing machine?
Is Washing machine motor a dc or an ac?
What is better, direct drive motors or belt drive motors in a washing machine?
Permanent magnet motors are nice not needing external excitation current to start working, but unfortunately their output voltage and frequency vary with speed, so you’ll probably need to run that messy electricity through battery charger, battery bank, and inverter before use in appliances.
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