ENERGY STORAGE

Deregulation of the U.S. electric power industry, while creating significant challenges for utilities, has created a variety of new product opportunities relating to power quality and distributed assets. Complementary to participation in the high-voltage distributed generation market, the technological edge in coil production, superconductivity and resistive magnetics has positioned Everson Tesla for strong participation in both flywheel and magnetic energy storage.

Working with several new companies, Everson Tesla has participated in the design and prototyping of Flywheel Energy Storage (FES) concepts and developed facilities for high-volume production of their component electromechanical assemblies.

From the early development of Superconducting Magnetic Energy Storage (SMES) systems under the sponsorship of the Department of Energy, Everson Tesla has contributed its expertise in design, tooling, material selection, and project management to provide conductor and coil configuration options that meet the stringent high field power and strength requirements of these massive stored energy systems. In support of current commercial development of medium and large SMES units, Everson Tesla demonstrated the capability to produce kilometer lengths of stainless jacketed Cable-in Conduit Conductor (CICC) utilizing both Niobium Titanium and Niobium Tin superconductors.

Relevant Capabilities

• Design
  
• Facilities
  
• Manufacturing
  
• Project and Program Management
  
• Prototype Development
  
• Quality Control
  
• Services
  
• Testing

• Cryogenics and Superconductivity
• Rotor Coils
• Superconducting and Resistive Magnets
• Motors, Generators and Coils

Relevant Projects

(For more details on each project
click on the project names below)

Other Markets

• Environmental
• Marine
• Medical
• Mining and Minerals
• Nuclear and High-Energy Physics
• Power Generation
• R&D Applications
• Semiconductor

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