Latest

Learn about the three primary classifications of solar energy systems—active, passive, and photovoltaic—and how each technology captures and utilizes solar energy for heating and electricity generation.

Texas Instruments’ BQ79826Z Q1 combines 26 series cell monitoring with an integrated EIS engine, enabling earlier fault detection, higher measurement accuracy, and simpler architectures for EV and energy storage battery packs.

Learn about supercapacitors, including their operating principles, materials, performance characteristics, and role in modern energy storage systems.

Virtual power plants promise grid-scale flexibility, but simple asset aggregation isn’t enough. Engineers need dispatch-grade coordination that respects physics, markets, and operations.

Efficient Power Conversion (EPC) unveiled the EPC91132, a 23 mm three-phase GaN motor drive reference design featuring an integrated ePower Stage for compact drones, robotics, and other space-constrained motion systems.

Learn about the structure, working mechanism, and key performance characteristics of lithium-ion batteries used in modern energy systems.

Learn about the operating principles, converter configurations, reactive power behavior, and key technologies behind line commutated converter (LCC) HVDC systems.

Space-based solar power is emerging as a potential source of continuous, low-carbon electricity by transmitting energy from geostationary orbit to Earth using microwave power beaming.

Infineon Technologies introduced the XENSIV™ TLE4978, a hybrid Hall-and-coil current sensor family that combines DC accuracy, 9 MHz bandwidth, ultra-low noise, and integrated protection for SiC- and GaN-based power conversion systems.