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Accurate identification of mobile home parks (MHPs) is essential for improving emergency response, infrastructure planning, and policymaking.
Researchers at Oak Ridge National Laboratory and Pennsylvania State University have developed a novel semi-solid-state composite electrolyte for lithium metal batteries.
Technologies directed to optimal Litz wires and winding design for high-power wireless charging systems.
The proposed technology makes the polyphase wireless charging pads interoperable to the conventional single phase wireless charging pads. The proposed passive reverse coupled inductor (RCI) maintain the tuning frequency of the interoperable polyphase system and improve th
Iron is a common impurity in automotive aluminum (Al) scrap. However, high Fe in secondary (scrap) Al significantly deteriorates mechanical properties, particularly ductility, of the alloy.
Summary
Oak Ridge National Laboratory has developed a novel wireless charging architecture for electric vehicles that integrates the vehicle’s existing traction drive components to simplify system design and reduce costs.
Researchers at Oak Ridge National Laboratory have developed a new class of iron-based soft magnetic alloys incorporating a unique additive that enhances strength and formability while maintaining excellent magnetic performance.
Oak Ridge National Laboratory (ORNL) has developed advanced hybrid ceramic dielectric composites that enhance capacitor performance for demanding power electronics applications.
Iron silicon alloys are extensively used as soft magnetic materials in electrical appliances and devices and especially for motors and transformers because of their excellent magnetic properties and relatively low cost.