Alternative power mediums like hydrogen address Li-ion recharge/distance ratio challenge as hydrogen recharge time is equivalent to the current gasoline charge time.
Flywheel-based energy storage technology looks very promising "on paper" but has some very difficult issues in practice.
Electronic applications involving the production and transfer of energy are of fundamental importance today.
Ultracapacitors are moving beyond the status of a component in a quest for new energy storage solutions.
Micro energy harvesting can provide potentially inexhaustible electrical energy captured from the ambient environment, ideal for IoT sensors.
As EV charging stations proliferate, customers need to be able to rely on the accuracy of the DC measurement due to the relationship between DC energy consumed and billing.
The roadmap to increased power density starts with reducing the conduction dynamic losses.
Interoperability, EMC/EMF, and safety are major design considerations for wirelessly charging electric vehicles.
High-voltage conversion and high-power density trends are spurring the gradual increase in demand for bidirectional power supply test equipment.
The rechargeable battery and the supercapacitor each have relative pros and cons, but a hybrid design that merges both technologies into a single structure can overcome many of the limitations of each.