Sentence examples for a shift in electricity from inspiring English sources

Moreover, the results show a shift in electricity demand from peak to nonpeak time-of-use, possibly due to changing consumption patterns in the industrial sectors.

Moreover, we show a shift in electricity demand from peak to nonpeak time-of-use, possibly due to changing consumption patterns particularly in the industrial sector.

Specifically, the paper set out to examine the impact of Uganda's energy exports on electricity system peak demand, the impact of industrial production on domestic electricity peak demand, and the likelihood of a shift in electricity peak demand from peak to nonpeak TOU.

It allows unbiased comparison of the environmental performance of a set of potential power sources in the UAE (natural gas, oil, nuclear, solar, wind) including complete power generation chains from resource extraction to waste disposal and supports understanding of the environmental implications of a shift in electricity supply options over time in the UAE.

In the case of a likely shift in peak demand, the results indicate a slight shift in electricity consumption in 2013 2014 from peak to nonpeak time-of-use zone.

Whether Mr. Bacon is to be credited or blamed for the shift in electricity's future here is equally a matter of local debate.

Now, to assess the likely impact of power factor improvement schemes on the shift in electricity consumption peak TOU zone to nonpeak TOU zone, a structural break equation model stated in Eq. (2) is estimated.

The slight shift in electricity consumption from peak to nonpeak TOU zone may be due to the incentive-based regulatory regime offered by the Electricity Regulatory Authority (ERA) to industrial consumers.

Third, the apparent shift in electricity consumption from peak to nonpeak TOU zone, particularly in the industrial sector, is a step in the right direct direction in so far as it reduces the peak load that is likely to be unsustainable in the near future given the country's spinning reserves.

However, a separate and opposing feedback loop could offset this effect: increased PV deployment may lead to a shift in the timing of peak-period electricity prices that could reduce the bill savings received under net metering where time-varying retail electricity rates are used, thereby dampening further PV adoption.

A shift in energy supply from charcoal to electricity would reduce the pressure but requires high investments into grid and power generation.