The STWLC99 from STMicroelectronics is a wireless power receiver with a power rating of 100 Watts that is designed to provide a fast wireless charging time.
Scientists from Australia and Japan have developed a positive electrode material that does not degrade after repeated charge cycles, for the manufacture of durable solid-state batteries.
Scientists have used high energy X-rays to study the solid-electrolyte interphase, a chemical layer in batteries that is key to stabilising lithium metal anodes.
Researchers have demonstrated a technique to create stable perovskite solar cells with fewer defects that could rival the durability of silicon photovoltaics.
Consumer Protection WA has urged consumers to think twice when buying or receiving a Li-ion battery powered gift this Christmas.
Researchers have explored how to utilise the geometry of solar farms to enhance natural cooling mechanisms.
Researchers have developed a hydrothermal synthesis method that makes a cobalt-free cathode with more uniform particles for lithium-ion batteries.
Researchers from NTU Singapore have used carbonisation to convert waste paper into a crucial component of lithium-ion batteries.
A new piezoelectric vibration energy harvester has been developed that amplifies electric power generated from human walking by about 90 times.
US-based researchers from Ames National Laboratory have developed terahertz imaging for a new view of perovskites, a possible alternative to solar cells.
Researchers have created a phase heterojunction (PHJ) solar cell — a new kind of heterojunction photovoltaic device that uses two polymorphs made of perovskite.
When overheated, Li-ion batteries can catch fire due to the large amounts of energy they store; now, researchers have developed technology that can quickly shut down Li-ion batteries.
Researchers have proposed a new energy-efficient adaptive directional charging algorithm that considers the density of sensor nodes to adaptively choose single charging or multicharging sensor modules in wireless rechargeable sensor networks.
Scientists have designed an electrolyte for lithium-metal anodes for use in lithium-metal batteries that could have applications in metal battery systems that provide sustainable energy.
The Würth Elektronik MagI³C-FIMM Fixed Isolated MicroModule combines the features of an isolated power module with those of a MicroModule in an LGA-7 package.