Perovskite solar cells which are much smaller than traditional panels could soon revolutionize electric vehicle charging Image courtesy of Shutterstock
Although there are several standards for wireless power transfer the device operates using the Rezences standard from the A4WP Image courtesy of EPC
Allegedly the Mission E can travel over 500 km on one battery charge and it can be charged with enough energy for around 400 km more driving range in about 15 minutes Image courtesy of Porsche
The PASF combines utility grid simulation and regenerative bidirectional AC source that is capable of both sourcing and sinking full current load Image courtesy of Intrepro Systems
ldquoVaporrdquo the firstplace graduate award winner is the conceptual design of Tom Neuman at the Georgia Institute of Technology Image courtesy of Tom Neuman
SLPN005H10L panels are suitable for powering portable electrical equipment PCs tablets smart phones and charging batteries via an integrated USB port Image courtesy of IXYS
Evaluation Kit Demonstrates Innovative Energy Harvesting Switch Technology
Advancements in Batteries and Power Electronics Are Poised to Change the Electrical Landscape
Solar Energy Storage focuses on energy storage methods suitable for integration into solar energy systems The author Brent Sorensen provides a comprehensive look into energy storage issues relevant for most of these systems
1 Diagram of a fast charging station for the EDDA Bus project All images courtesy of the Fraunhofer Institute for Transportation and Infrastructure Systems IVI in Dresden Germany Click here for larger view