Sentence examples for scalable power from inspiring English sources

By performing the advanced scalable power generation system design, we enable miniscale energy sources and energy harvesting technologies.

Gram Power is creating smart microgrids and smart meters to provide reliable, scalable power for Indian rural areas, where 600 million Indians do not have regular (or any) electricity with which to work, read and learn.

The system is based on the company's fuel reforming technology, and provides scalable power for any application in which a reliable backup is critical.

– February 25 , 2013– "People have often thought there's no upper bound for wind power that it's one of the most scalable power sources," says Harvard applied physicist David Keith.

TWTEG (traveling-wave thermoacoustic electric generator) is promising in efficiently converting the heat of fuel combustion, solar energy, industrial waste heat, etc. into electricity with a very scalable power output.

Thus, one of these sources can be used as a scalable power source.

For steady-state studies of this type of isolated operating mode, an accurate, fast, scalable, efficient power flow analysis tool is crucial.

The experimental results show that by efficiently handling local and long-distance traffic flows, this structure is scalable, and power- and performance-efficient.

But modern software and data systems take what used to be a building-by-building approach and spread it across thousands of sites into a reliable, scalable virtual power plant, according to Sarah McAuley, senior director of marketing for EnerNOC, an energy software and services firm in Boston.

This is part of a broader engagement with fusion research and the Institute as a whole: Eni also announced a commitment of $50 million to a new private company with roots at MIT, Commonwealth Fusion Systems (CFS), which aims to make affordable, scalable fusion power a reality.

Small modular reactors (SMRs) are scalable nuclear power plant designs that promise to reduce investment risks through incremental capacity expansion; become more standardized and reduce costs through accelerated learning effects; and address concerns about catastrophic events, since they contain substantially smaller radioactive inventory.