Sentence examples for power grid system from inspiring English sources

"According to assessment the world over, India has the best and largest power grid system," Mr. Moily said.

North American Electric Reliability Council (//www.nerc.com/) provides information about electric utilities and the Northeast power grid system, and includes maps of national grid regions and reliability assessments.

A statement from New York State's power grid system shortly before midnight said that the event began somewhere west of the Ontario power system at 4 11 p.m., immediately taking out electric power in Ontario and parts of Michigan and Ohio.

A statement from New York State's power grid system shortly before midnight said that the event began somewhere west of the Ontario power system at 4 11 p.m., immediately taking out electric opwer in Ontario and parts of Michigan and Ohio.

Technical and engineering failures of power grid system have been analyzed to evaluate power system reliability hitherto.

Commutation failure in line commutated converter based HVDC systems cause severe damages on the entire power grid system.

The energy metering accuracy and relay protection reliability in power grid systems critically depends on the phase current measurement accuracy.

For example, power grid systems have humans that control usage; operators that control distribution and even control generation (reselling of power generated by solar panels back to the grid).

Strong variations of ionospheric currents, such as the auroral electrojet, cause induced electric fields in the conducting solid Earth that may harm power grid systems (e.g. Kappmenman, 1989; Thomson, 2007).

In recent years, the concept of context awareness has been expanded beyond the ambit of HCI applications to include urban applications, such as energy systems, transport systems, communication systems, traffic systems, power grid systems, healthcare systems, education systems, security systems, and so on (e.g. [1, 6, 9 11, 21 24]).

This study proposes a novel approach for a local society to design effective diffusion scenarios for distributed energy systems, namely, the integrated planning of two design problems: the design of low-voltage power grid systems and the design of subsidy systems for the introduction of photovoltaic systems.