HEADLINES ARCHIVE
Lyten plans to build the world’s first lithium-sulfur battery gigafactory in Nevada
At full capacity, the facility near Reno, Nevada, will produce up to 10 GWh of lithium-sulfur batteries annually.
Emerson expands automation portfolio with Afag feeding and handling solutions
Afag's feeding and handling solutions will now be integrated into Emerson’s extensive automation portfolio.
Forecasting tool maximizes solar system performance
The artificial intelligence-powered platform sheds light on how future climate conditions will impact the future performance of photovoltaic plants.
Heating Helsinki with the world’s largest air-to-water heat pump
Expected to become operational in the 2026-2027 heating season, the system will keep about 30,000 households in Helsinki, Finland, warm.
Comau to develop innovative cell formation and testing technology solutions for National Institute of Chemistry in Slovenia
Comau is tasked with industrializing flexible machines for advanced cell formation and testing of next-generation cell technologies.
Delta to demonstrate its collaborative open ecosystem with world-leading AI partners at OCP 2024 Global Summit
The collaboration includes Delta’s portfolio of cutting-edge power, fan and liquid thermal management, and infrastructure solutions for next-generation artificial intelligence (AI) servers and data centers.
Freshwater sourced offshore: Wave-powered desalination
Wave energy-powered desalination technology developed by Norwegian clean-tech group Ocean Oasis converts seawater into freshwater by use of floating desalination buoys.
Delta unveils BreezIntegrity low voltage DC fan for the future of home ventilation
The ventilation fan operates at a quiet operation of 1.3 Sones and is engineered to run continuously for a minimum 70,000 hours with DC brushless motor.
Microreactor technology enters advanced testing phase
The eVinci microreactor could potentially start testing at the world’s first microreactor test bed as early as 2026.
Moving toward Energy Efficiency 2.0
Energy Efficiency 2.0 entails moving beyond incremental improvements to achieve transformative changes in energy consumption patterns.
Second life batteries and their applications
End-of-life batteries are repurposed after careful evaluation and reconfiguration, and then integrated into stationary energy storage systems to extend their service and provide valuable energy storage solutions.
Keysight introduces advanced 14-bit precision oscilloscope for general applications
The instrument delivers four times the signal resolution and half the noise floor of other general-purpose oscilloscopes.
Festo demonstrates new solutions for automating EV battery manufacturing
An artificial intelligence/machine learning system to lower energy use and improve predictive maintenance on pneumatic systems will be showcased.
Artificial plants purify indoor air, generate electricity
The team used five biological solar cells in addition to their photosynthetic bacteria to create an artificial leaf to serve as a type of air purification system?.
Vernay VoltaVent wins Silver Edison Award
The award recognizes the development of this pioneering battery ventilation device designed to enhance safety and efficiency in battery systems.
Electropolishing for EV battery components
Electropolishing offers EV battery manufacturers a precise, controllable and efficient method to eliminate surface imperfections and enhance the conductivity of aluminum and copper parts.
Graphene foil stems battery thermal runaway
The safety record of lithium-ion batteries can be enhanced by the manufacture of graphene foils with customizable thicknesses.
Efficient and reliable: Handheld pH meters in laboratory and field measurements
Due to their accuracy, portability and user-friendliness, handheld or portable pH meters have emerged as indispensable tools in various lab and field pH applications.
Igus cable carriers promote efficiency in autonomous hospitality robot
The cable carriers are critical to the hospitality robot's performance, guiding its energy and data cables.
Improve wind turbine performance with revised modeling approach
An updated model of rotor aerodynamics could improve the way turbine blades and wind farms are designed and how wind turbines are controlled.