Sentences with phrase «power during peak hours»

When energy usage is highest, the wind farm will complement existing power sources to ensure the area has enough power during peak hours.

It will store energy generated at a big wind farm and deliver power during peak hours in South Australia.

Not exact matches

Hydro - electric generators that supply about 70 % of Brazil's electricity were limited during the drought, sending spot power prices on Jan. 31, the peak of the Southern Hemisphere summer, to the maximum allowed by the government, or 822 reais ($ 362) per megawatt hour.

A limit on the number of emails that can be sent via the «Write Your Rep» web form system (the software that a majority of Representatives use to power their web forms) is being imposed during peak email traffic hours.

The new system is also designed to allow a PHEV to use its battery as an energy storage device, enabling the car to hold electrical energy in the battery while the grid has surplus power (during off - peak hours, for example) and contribute its surplus energy back to the grid when the latter needs more power to meet peak demand, Su says.

The people who heated their muscles maintained a higher peak power output during their second workout (two hours after the first one) and replenished muscle glycogen faster than those who used cooling.

During peak hours, when the grid experiences a surge in usage, it's forced to use energy from outdated power plants that release far more carbon emissions than regular plants (sometimes up to 10 times more).

This has knocked about 171 megawatts of power generation from the grid and is projected to cause at least six hours of daily load shedding during the monsoon season — Nepal's peak power producing period.

When it comes to financials, SolarCity's executive team wagers that the combination of existing panels and new storage technologies will produce lower electricity prices — at least during peak demand hours — than power from conventional utilities.

The logic is this will save utilities money by keeping dirty gas - fired power plants offline during peak energy demand times because it is expensive to fire them up daily for just a few hours of additional energy.

As utilities continue to adopt mechanisms like time - of - use charges (where electricity costs more during certain parts of the day — usually during peak - use hours) your energy storage system can make sure you're using its power instead of the power from the grid.

To calculate this charge, Rocky Mountain Power would look at a household's electrical use for an entire month, find the hour in which power use peaked, and then multiply the kilowatts of power used during that single hour by $ Power would look at a household's electrical use for an entire month, find the hour in which power use peaked, and then multiply the kilowatts of power used during that single hour by $ power use peaked, and then multiply the kilowatts of power used during that single hour by $ power used during that single hour by $ 9.02.

The basic premise of demand response — utilities charge large energy users a lower rate year - round in exchange for powering down during peak hours — has existed for decades.

Molten - salt energy storage will be used to store energy for a few hours in order to generate power during the evening peak load.

As a side note is the possibility of using EV's to push excess power out to the grid during peak daytime hours when the rates are higher and then recharging at nighttime when the rates are lower.

However, they can deliver power during the peak usage daylight hours, when electricity demands are typically highest at offices and factories.

Each of these 84 instances was for ICE's off - peak product for power delivered during the periods of time when electricity demand is lowest (including a block of eight hours overnight as well as all day Sunday).

While geothermal and biomass resources can provide baseload power, resources like wind, hydro, and solar are intermittent and not always available to meet system needs during peak hours.

Think about the power use during the day, most countries use more power during business / daytime hours than during the night, which requires alot of peaking plants to supply that power.

For the 2020 Medium scenario the countries studied showed an average annual wind capacity factor of 23 — 25 %, rising to 30 — 40 %, when considering power production during the 100 highest peak load situations — in almost all the cases studied, it was found that wind generation produces more than average during peak load hours.

Because we are producing more electricity than we need, and because the wind turbines in Ontario produce most of their power during off - peak hours — when we don't need it all.