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Launched biz while at MIT; developing smaller, more efficient energy transformers for LEDs and consumer electronics.
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According to an Apollo press release, "70percentt of America's clean and efficient energy systems are currently produced abroad, including half of the country's existing wind turbines and all transformers for the electrical grid".
"Secure, clean and efficient energy".
Designing energy efficient transformers for lower loss requires a larger core, good-quality silicon steel, or even amorphous steel for the core and thicker wire, increasing initial cost.
For lesser computation burden, the existing design techniques merely employ few Standard Design Variables (SDV), satisfying only a few performance constraints, resulting in an approximated design, without any focus on an energy efficient transformer.
The proposed methodology minimizes four sets of conflicting design bi-objectives, subjected to 27 constraints, incorporating three crucial design variables with SDV to ensure energy efficient transformer design with lesser losses, total life time cost (TLTC), green house gas emission, and failure rate.
Just how efficient are energy-efficient appliances?
(Perhaps the person already in bliss is a very efficient transformer of resources into personal well-being).
We need something extremely energy efficient and cost efficient".
The homes are also energy efficient and clustered for more efficient land use.
"We can make cars more energy efficient.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com