Sentences with phrase «excess power capacity»

Russia has 20 gigawatts of excess power capacity, with consumer electricity prices as low as 80 kopeks (1.3 cents) per kilowatt hour, which is less than in China, RMC said in the presentation.

Bloomberg recently published a report stating 1.3 cents / kilowatt hour rate in Russia which also has excess power capacity of 20 gigawatts might give them an edge in terms of cost efficient power consumption over China.

Not exact matches

Firm up renewable generation by reconciling the intermittency of power from these sources and storing excess capacity to dispatch when it's needed.

Crowd Machine is creating the Crowd Computer, a decentralized app execution engine that is powered by a peer - to - peer network of Crowd Virtual Machines («CVM») that run on peer devices by device owners who are paid for their excess capacity.

In addition, a review of 24 power purchase agreements, which has led to the termination of 11 power deals and the rescheduling of 8 others, has enabled us to save the government treasury about $ 7 billion in excess capacity charges over a 13 - year contract period.

Key among NDC's 2016 manifesto promises in the sector includes increasing the stock of power generation assets, developing more sustainable power sources, encouraging energy conservation, increasing generation capacity in excess of 5,000 MW by 2021 and achieving universal access to electricity by 2025.

A further draw is its ability to run on electric power alone for distances well in excess of its predecessor thanks to the new battery, which boasts a greatly improved energy density and capacity that is increased over five fold at 9.4 kWh.

To which I would say, «Yes, in the short run, until enough excess capacity in banking exits, and your ROE gets into the low single digits because pricing power improves.

They use the solar power and the excess capacity of the diesel plant to charge this battery bank, which cuts their diesel consumption in less than half, to 10 - 12 gallons per day.

This dynamic is evident in Germany, where wholesale power prices are being depressed by must - dispatch, low - marginal cost renewables, but balancing this intermittency is causing retail power prices to rise, both from increasing FIT commitments, and increasingly with costs like capacity payments for baseload power stations and curtailment payments for excess renewables.

A number of scenario analyses forecast tight generation capacity in the southern regions, where most of the phased - out nuclear power is concentrated, and suggest excess power from the north should be rerouted to the south — a recommendation strongly advocated by the Federal Network Agency and ministries involved with the transition.

And newer technologies like large - scale battery storage and production of hydrogen are becoming economic, because they harness cheap power from excess renewable capacity.

Lastly, in a grid with 100 % renewable power production, the generation capacity would need to be ten times larger than the peak load, and excess electricity would surpass the EU annual electricity consumption.

That's because a working electricity system fueled mostly by wind turbines requires additional massive costs that a fossil fuel system does not: huge excess capacity (perhaps 300 - 400 %) to deal with conditions of light wind; gigantic batteries to store power for conditions of no wind at all, which can persist for days; extra transmission lines to bring electricity from windier areas to the rest of the country; and finally, an entire array of fossil fuel back - up plants for those occasions when the wind doesn't blow for a week and the batteries are dead.

We now have the situation where we are committed to continue heavily subsidising renewable - energy projects at a time when excess capacity is increasing and prices to non-subsidised power stations (but not to users) are falling.

It allows renewable sources such as wind and solar power to operate at full capacity during peak generation periods by storing excess energy until it is needed to meet later demand.

A tax on natural gas used for boiler fuel in excess of 20 percent of the capacity of any power plant unit

To get an average of 1500 MW of usable power output from a wind farm, you have to install excess capacity.

The biggest markets in the West are shifting away from coal, and there's not a lot of slack demand for coal power; if anything, there's an excess of capacity.

Firm up renewable generation by reconciling the intermittency of power from these sources and storing excess capacity to dispatch when it's needed.

This may be reasonable in isolated island areas with small local grids, where the cost of undersea grid links to the main land, to export occasional excess power, is very high, and it does mean that more / new renewable capacity can be added to supply a larger contribution at other times.

On hot days, the stadium will generate more power than it needs, so the Taiwanese government plans to sell the excess capacity.

And furthermore they only use about 25 % of the plant's capacity with the excess fed in to the state's power grid.

They an installed capacity of nearly 100 % of their average demand which means that on windy days 100 % of their electricity comes from wind turbines but it also means that all their other power generation facilites must shut down on windy days or they must export the excess power.

Some excess energy can be sent elsewhere (interstate in the case of South Australia), but this is limited by the capacity of the power interconnectors, some can be stored in batteries, some in pumped hydro systems, and some can be converted to hydrogen.

Since the Heywood interconnector's capacity was increased SA has generally been able to export any excess renewable power it produces.

By contrast, in the «stretch» scenarios, it is assumed that interconnection creates a European market for the UK's excess power, and that it becomes economic to build much more renewable capacity in the UK - with up to a 35GW supergrid interconnection.

But even if new electrical storage capacity is added and the electrical grid is improved so excess electricity from thousands of rooftop solar arrays can be sent to distant locales in need of power, DeShazo says, he doesn't expect solar — industrial - scale or rooftop — to grow quickly enough to play a dominant role in L.A.'s power mix in his lifetime.

To get a regular enough power supply from non-hydro renewables will require excess generation capacity and energy storage, both expensive.

Crowd Machine is creating the Crowd Computer, a decentralized app execution engine that is powered by a peer - to - peer network of Crowd Virtual Machines («CVM») that run on peer devices by device owners who are paid for their excess capacity.