Sentences with phrase «hydroelectricity in»

Instead of generating power from falling water, power can be used to lift water from a low - level storage to a high - level storage (see Pumped - storage hydroelectricity in Wikipedia).

There's five times as much hydroelectricity available as is being tapped, and tapping hydroelectricity in pumpable reservoirs is, as Chief Hydrologist points out, the best flood control measure one could implement in a world with way too many floods..

Ontario is the latest customer to line up to purchase Newfoundland and Labrador's growing supply of hydroelectricity in a move that could one day lead to a «national grid.»

Not exact matches

Thanks to the unusually wet winter in California, hydroelectricity is abundant this year, says Greenlee.

Renewable energy sources, including wind, geothermal, solar and hydroelectricity, accounted for one - fifth of total electricity generated in the first quarter of 2017, according to the Energy Information Administration — and it's expected to continue growing.

In addition, this year, delayed monsoon rains increased farmers» demand for irrigation - related electricity while reducing the water available for hydroelectricity, which accounts for 20 percent of India's grid, according to Businessweek and Reuters.

In Anchorage, Alaska, the talk is of a project to bring hydroelectricity from Siberia to North America through a submarine power line.

Nevertheless, a hydroelectricity revival is underway in South America, especially in water - rich Amazonia.

The Arenal Lake has the largest hydroelectricity project in the country.

Brock's Monument penetrating the sky across the river in Canada (commemorating a British - American battle during the War of 1812) and the arc of the Lewiston - Queenston Bridge — with the Sir Adam Beck Power Plant just beyond — provided dramatic markers of Artpark's place in an area characterized by transnationalism and an anomalous mix of tourism with the plumes of industry powered by hydroelectricity.

«Climate change will affect our agricultural productivity, our forests, fisheries, the types of pests and diseases we face, the frequency of extreme weather events, and even our capacity to generate hydroelectricity ---- and policymakers must make decisions in the face of all of these.»

Out of its total 35,843 MW of electric generating capacity in 2005 (3.36 % of the U.S. total), AEP gets 69.0 % from coal, 22.2 % from natural gas, 6.4 % from nuclear, and 2.3 % from hydroelectricity.

Of the 12 transmission corridors for air pollution control, only three are planning to integrate renewables: Two in northern China will transmit a hybrid of wind and coal power, and one in the south will deliver hydroelectricity.

When San Onofre closed its last reactor in 2012, with no formal replacement plan in place, there was a short - term spike in natural gas consumption (worsened by the simultaneous arrival of a multi-year drought, which cut hydroelectricity generation) and an increase in California's greenhouse gas emissions.

Impacts of California's Five - Year (2012 - 2016) Drought on Hydroelectricity Generation — This comprehensive assessment of the costs to California of lost hydroelectricity during the five - year California drought (from October 2011 to the end of September 2016; the official California «water year» runs from October 1 to September 30) reveals an increase in electricity costs of approximately $ 2.45 billion, as well as a 10 percent increase in the release of carbon dioxide from California power plants due to the additional combustion of fossil fuels for electriHydroelectricity Generation — This comprehensive assessment of the costs to California of lost hydroelectricity during the five - year California drought (from October 2011 to the end of September 2016; the official California «water year» runs from October 1 to September 30) reveals an increase in electricity costs of approximately $ 2.45 billion, as well as a 10 percent increase in the release of carbon dioxide from California power plants due to the additional combustion of fossil fuels for electrihydroelectricity during the five - year California drought (from October 2011 to the end of September 2016; the official California «water year» runs from October 1 to September 30) reveals an increase in electricity costs of approximately $ 2.45 billion, as well as a 10 percent increase in the release of carbon dioxide from California power plants due to the additional combustion of fossil fuels for electricity generation.

The Pacific Institute has just completed and released a report that evaluates how diminished river flows have resulted in less hydroelectricity, more expensive electricity from the combustion of natural gas, and increased

The City of Eugene has developed and is implementing strategies include increasing water conservation; increasing investment in the urban forest; removing essential services from the 100 - year flood zone; and increasing energy efficiency to reduce demand for hydroelectricity, a resource that is expected to decline with climate change; conducting a food security assessment

Current renewable generation in China is dominated by hydroelectricity, which is the country's second - largest source of generation after coal.

Hydroelectricity supplies the vast majority of renewable electricity - 73.2 % in total — which represents 16.4 % of world electricity generation.

New York will need to achieve or surpass 50 % renewable energy and hydroelectricity, as currently promised in its Clean Energy Standard.

While conventional hydropower will continue to grow as dams are completed in China, Brazil and a scattering of other countries, including Ethiopia, Malaysia, and Turkey, there exists enormous potential for non-conventional hydroelectricity generation from tidal and wave projects, as well as from small in - stream projects that will not require new dams.

This renewable capacity represents about 65 percent of the renewable energy generated annually in Germany — the rest comes from hydroelectricity, biomass and geothermal.

Coal and gas - fired thermal power stations and hydroelectricity are the second and third largest kinds of power generation in the country.

Although hydroelectric dams are estimated to constitute 30 % — 62 % of global impoundments (Lehner et al. 2011, Varis et al. 2012), 82 % of reservoirs with known uses in our GHG database had the capacity to generate hydroelectricity (supplemental figure S7).

In the same 2014 Ipsos survey, 66 percent agreed that «renewable sources of energy such as hydroelectricity, solar and wind can not on [their] own meet the rising global demand for energy.»

Unlike hydroelectricity, which we assume can not feasibly be expanded, onshore wind capacity in Australia has room to grow.

kinetic energy from rivers and oceans without the creation of a large reservoir Run - of - the - river hydroelectricitykinetic energyreservoir There are around 200 hydroelectricity station in Türkiye Türkiye is in the third place in Europe that has hydroelectricity power potencial Biofuel Biodiesel is made from vegetable oils, animal fats or recycled greases.

Facts Hydroelectricity supplies 19 per cent of the world's current electricity needs and over 63 per cent of renewable energy (Figures in 2005) The first hydroelectric power station in history started producing electricity in 1882.

He lives in Idaho and said their number, 0.05 kg / kWh, is misleading because they export their hydroelectricity and import coal and natural gas.

Out of its total 11,159 megawatts (MW) of U.S. electric generating capacity in 2005 (1.05 % of the U.S. total), E.ON produces 74.8 % from coal, 22.8 % from natural gas, 1.4 % from oil, and 1.0 % from hydroelectricity.

And I will mention that India has a large hydroelectric sector and hydroelectricity works very well in conjunction with wind and solar.

He has coordinated more than 100 consulting missions, and participated in the development of more than 25 carbon offsetting programs (biomass, wind, methanisation, hydroelectricity, heat recovery, energy efficiency, REDD +).

The U.S. Energy Information Administration includes the following in U.S. primary energy production: coal production, waste coal supplied, and coal refuse recovery; crude oil and lease condensate production; natural gas plant liquids production; dry natural gas excluding supplemental gaseous fuels production; nuclear electricity net generation (converted to Btu using the nuclear plant heat rates); conventional hydroelectricity net generation (converted to Btu using the fossil - fuels plant heat rates); geothermal electricity net generation (converted to Btu using the fossil - fuels plant heat rates), and geothermal heat pump energy and geothermal direct use energy; solar thermal and photovoltaic electricity net generation (converted to Btu using the fossil - fuels plant heat rates), and solar thermal direct use energy; wind electricity net generation (converted to Btu using the fossil - fuels plant heat rates); wood and wood - derived fuels consumption; biomass waste consumption; and biofuels feedstock.

Out of its total 28,019 MW of electric generating capacity in 2005 (2.63 % of the U.S. total), Progress Energy produced 39.2 % from natural gas, 28.3 % from coal, 15.9 % from oil, 15.7 % from nuclear, and 0.8 % from hydroelectricity.

Chinese electricity is either financed by state or delivered via hydroelectricity which gives them a competitive advantage over peers in the global spectrum.

China is home to nearly two - thirds of the bitcoin hashrate with mining operations rampant in the Sichuan province and the autonomous regions of Inner Mongolia and Tibet that provide cheap hydroelectricity and cooler temperatures for the energy - intensive process of mining cryptocurrency.

Aside from offering cheap commercial hydroelectricity, Manitoba experiences among the lowest temperatures of major cities in North America — which has recently garnered the attention of major cryptocurrency mining companies seeking to flee the regulatory uncertainty presently associated with China.