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Steam to Electricity

An electric generator converts mechanical energy into electrical energy.

A generator works on the principle of  'electromagnetic induction'. If a conductor (such as copper wire) is moved through a magnetic field, an electric current will flow (be induced) in the conductor.

In power stations, the same principle of electromagnetic induction is used, however the magnetic field moves past the conductor, inducing an electric current in the wire. In these generators, the high voltage does not pass through the brushes and slip rings.

Power stations generate electricity at high voltages - 16,000 to 20,500 volts - which is too high to transfer through brushes and slip rings.

From 1890 until 1920, steam engines usually provided the mechanical energy. Today a turbine is used to provide this mechanical energy.

The generator consists of two main parts: the rotor (which turns) and the stator (which is fixed).

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Edmonton Power Historical Foundation

Hours of operation 2019

The museum is open May 25 & 26July 20 & 21, and Sept 14, 2019.

We are also open to groups by appointment.

If you wish to arrange a tour please contact us via our contact form or at the postal mailing address.

We are located on the grounds of the Leduc West Antique Museum. Travel 5 miles west of Leduc on Highway 39. Go north on Range Road 260 (Cohne Dale Road) for about a mile and the museum will be on your right.

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