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The electrode properties of a battery are important for determining battery performance, and minimizing potential degradation with time. Pretreatment of electrode materials before battery assembly is one approach to improve stability.
The developed grid-simulator can be used for research and development and planning purposes by academia, national laboratories, utilities, and other OEMs to help modernize the existing grid infrastructure.
This invention disclosure focuses on a universal modular device adjusting power electronics converter switching frequency, requiring only output pulse width modulation signals from its controller.
This invention disclosure presents an universal interface monitoring power electronics converter health status using all-hardware solution, requiring only sensing information, e.g. DC voltage, line current, and temperature, available in a typical power converter.
The invention relates to buildings and more specifically to improvements to residential heat pumps. Conventional air-source heat pumps (ASHP) experience rather poor performance in cold climate areas.
An innovative self-healing barrier films ensure long-lasting vacuum insulation for panels, enhancing energy efficiency and durability.
This invention disclosure describes a means to create geometries with Magnetocaloric Materials (MCM’s) via a specific AM process known as Binder Jetting or Indirect 3D printing.
Our polymeric vacuum insulation spheres (PVIS) will be the most significant innovation in high-performing building insulation materials in decades.
The invention relates to dishwashers and more specifically to a dishwasher design that improves the efficiency of the water heating for reduced energy use and utility cost savings.
The invention is an innovative processing method for composite electrode in Li-ion batteries. The method offers several advantages such as low-cost, high processing speed and high performance. It completely eliminates the slurry preparation and slot-die coating steps.