Wind Power
To generate electricity, wind turbine blades rotate the magnetic field lines within generator coils, which, in turn, induces a current from the copper windings.
Backup Generator
The magnet wire wound into the generators are conductors; when its electrons are exposed to a changing magnetic field it will move to create an electric current.
Residential Generators
As electricity passes through the magnet wire, it creates a magnetic field. The coils in the generators are conductors and react to exposure with changing magnetic field to create a current in the wire.
Transformer
Magnet wire allows power to be transferred through a magnetic field within transformers rather than needing a metallic connection between two circuits.
Power Conversion from DC to AC
Power conversion is changing electric energy from one form to another. A power converter is generally an electromechanical device wrapped with copper wire.
Power Plant
Inside commercial generator at power plants are impressive amounts of magnet wire wound and spinning inside of large magnets, at very high speeds, to help create electricity.
Pole Mounted Transformer
Coils inside the housing are wound with magnet wire, usually half-lapped, with varying size. The windings are designed to withstand a full short circuit with full voltage applied.
As the largest manufacturer of magnet wire we are uniquely positioned to help you solve your energy challenges small or large. Essex Solutions is currently operating manufacturing facilities in eight countries, on 3 continents.
Power Generation
Large Power Transformers
Oil-Filled Transformers
Dry-Type Transformers
Continuously Transposed Cable
Why Choose Essex Solutions
Collaboration Opportunity: Partnering with Essex Solutions and our MagForceX® Innovation Centers brings access to one of the world’s leading technical manufacturing teams. From metal rod production all the way through shaping and enameling, Essex Solutions engineers advise and collaborate with customers at every step to develop the custom magnet wire needed for the high quality machines of tomorrow.