Sentences with phrase «energy demand per»

The tough question then is how does Nuc - Hyd - Bio-Renewable or «Unknown» REPLACE 15,000 Mtoe energy demand per year by 2050???

While energy intensity — primary energy demand per unit of gross domestic product — has improved over time, this improvement slowed to 1.7 % in 2017, compared with an average of 2.3 % over the previous three years, and only half the annual improvement rate consistent with delivering the Paris Agreement goals.

Even so, Alaska's energy demand per person is the third highest in the nation, and the oil and natural gas industries have long been key pillars of its economy.

As the young dog grows older, the energy demands per unit of bodyweight reduce.

Not exact matches

A recent report by the International Energy Agency revised oil demand growth upward by 1.4 million barrels per day «led by strong gains in India, China and, more surprisingly, Russia.»

On the demand side of Russia's Asia gas pivot, China has plans to increase the role of natural gas to 10 per cent of primary energy consumption by 2020, or 360 bcm (about half the US's current gas consumption).

But analysts also failed to accurately gauge the impact of the recession on energy use, and feed - in tariffs [long - term contracts for renewable energy at a fixed price per kilowatt - hour] did not take into account falling demand.

FSB's director general Richard Diment said VAT should be cut to five per cent for property refurbishment in a bid to create extra demand for energy efficient improvements.

It was Tony Blair who originally committed to the target, which demands the UK generate 20 per cent of all energy from renewable sources by 2020.

What's more, between 2000 and 2009, household energy demand fell by almost a tenth across the 27 countries of the European Union; in Sweden, France and the Netherlands, it was down 15 per cent.

The International Energy Agency (iea) projected in November that oil demand will grow steadily for the next 25 years, reaching about 99 million barrels per day by 2035, up 15 million barrels daily from 2009.

And with U.S. iron ore declining in quality — a drop from as much as 60 percent iron during World War II to as little as 25 percent per metric ton of ore — the energy demand is only increasing.

Its target is to produce the equivalent of 100 per cent of Scottish demand with renewables, but the country will remain a big energy exporter.

Per capita income in those nations has skyrocketed, raising the standard of living to unprecedented heights but creating ravenous new demand for energy and natural resources.

In June the International Energy Agency (IAE) predicted global gas demand will rise 55 per cent between 2010 and 2035.

This means that best mix of renewable energy generation, storage and transmission components can be found to cover the electricity demand, leading to total electricity cost roughly between 55 and 70 euros per megawatt - hour for all 9 major regions in the world.

A previous NREL report, «Land - use Requirements and the Per - capita Solar Footprint for Photovoltaic Generation in the United States,» had estimated that if solar energy was to meet 100 % of all electricity demand in the United States, it would take up 0.6 % of the total area in the United States.

So, ensuring protein from things like legumes, nuts and seeds, clean animal products, fish, like salmon, and white fish, are all really important and I often suggest people get 30 grams of protein per meal, so three times a day, but it depends on your weight, it depends on your energy demands and it depends on your lifestyle and how stressed out your are, because our demands for protein definitely go up during stress.

Using recycled material for this fabric results in a 66 per cent * lower energy demand and 54 per cent * lower carbon footprint during production.

If energy demand grows at even 2 % per year, that means the scale of our energy system must double every 35 years.

Consider that India, while far down the list of greenhouse giants — with a fifth of China's emissions, measured per - capita or gross — is poised for greatly expanded energy demand.

By tying the mortgage interest - rate buy - down proposed in our Plan to specific energy reduction targets and homeowner investments, three highly beneficial and desired results are achieved: 1) new demand for Building Sector jobs is immediately generated, benefiting not only the Building Sector, but all the industries and sectors that support the Building Sector, 2) a homeowner's monthly mortgage payments and energy bills are significantly reduced, providing disposable income and making it much more likely that they can meet their payments, and 3) creation of a new $ 236 billion per year renovation market that does not currently exist.

In the long run, much of the economic growth of developed economies is likely to involve less energy - intensive sectors because of demand - side factors such as 1) the amount of stuff people can physically manage is limited (even with rented storage space), 2) migration to areas where the weather is more moderate will continue, 3) increased urbanization and population density reduces energy consumption per capita, 4) there is a lot of running room to decrease the energy consumption of our electronic devices (e.g., switching to clockless microprocessors, not that I'm predicting that specific innovation), 5) telecommunication will substitute for transportation on the margin, 6) cheaper and better data acquisition and processing will enable less wasteful routing and warehousing of material goods, and 7) aging populations will eventually reduce the total amount (local plus distant) of travel per person per year.

The larger problem is that the energy can be produced on - demand with the coal but with PV it is produced during peak sunlight hours which in the UK is about 6 hours per day in the summer and 2 hours per day in the winter.

Its overall demand for renewable primary energy is just 21 kWh / sq m (2 kWh / sq ft) per year, which is almost a third less than required, and thus has been allowed to compensate for slightly lower energy generation.

The Space Heating Energy Demand is not to exceed 15 kWh per square meter of net living space (treated floor area) per year or 10 W per square meter peak dDemand is not to exceed 15 kWh per square meter of net living space (treated floor area) per year or 10 W per square meter peak demanddemand.

Even a small increase in air temperature pushes up overall energy demand, and about 25 % of our energy bills are for only 40 hours per year when the grid is most heavily used.

For instance, in Europe, the practical wind energy potential for electricity production on - and off - shore is estimated to be at least 30,000 TWh per year, or ten times the annual electricity demand.

Includes provisions: (1) creating a combined energy efficiency and renewable electricity standard and requiring retail electricity suppliers to meet 20 % of their demand through renewable electricity and electricity savings by 2020; (2) setting a goal of, and requiring a strategic plan for, improving overall U.S. energy productivity by at least 2.5 % per year by 2012 and maintaining that improvement rate through 2030; and (3) establishing a cap - and - trade system for greenhouse gas (GHG) emissions and setting goals for reducing such emissions from covered sources by 83 % of 2005 levels by 2050.

The Shell document says: «Both our (oceans and mountains) scenarios and the IEA New Policies scenario (and our base case energy demand and outlook) do not limit emissions to be consistent with the back - calculated 450 parts per million (Co2 in the atmosphere) 2 degrees C.»

This demand is expected to increase by more than 50 per cent in the next two decades, from 78 million barrels per day («MBD») in 2002 to 118 MBD in 2025, according to the federal Energy Information Administration.

The myth that renewable energy sources can't meet baseload (24 - hour per day) demand has become quite widespread and widely - accepted.

The technology currently available for installing distributed renewable energy in developing countries can not yet raise all of the world's poorest to the levels of per capita energy consumption previously reached in the west, but developed countries are already reducing overall energy demand and increasing energy efficiency, rendering historical patterns of energy usage the wrong benchmark for global standards in any case.

: it consumes nearly 70 % more energy than the United States by 2035, even though, by then, per capita demand in China is still less than half the level in the United States.

In that scenario, world primary energy demand increases by 36 % between 2008 and 2035, or 1.2 % per year on average.

After: 18 kWh / m2 / yr HEAT LOAD After: 12 W / m2 PRIMARY ENERGY DEMAND (PHPP) After: 117 kWh / m2 / yr ENERGY PERFORMANCE CERTIFICATE (EPC) After: B89 & CO2 Rating B90 AIRTIGHTNESS (AT 50 PASCALS) After: 0.77 air changes per hour FLOORS Before: Standard concrete floor build up.

From 1990 to 2010, improvements in energy efficiency have reduced cumulative global energy demand by over 25 per cent.

The UK Government has already committed the country to meeting 15 per cent of all energy and 30 per cent electricity demand via renewable sources by 2020 but at the moment energy crops are responsible for less than 0.1 per cent of UK electricity.

Led by Professor Gail Taylor, and funded by the UK Energy Research Centre, the report looked at energy crops such as poplar and willow and concluded that England is able to produce enough biomass to generate approximately four per cent of current UK electricity dEnergy Research Centre, the report looked at energy crops such as poplar and willow and concluded that England is able to produce enough biomass to generate approximately four per cent of current UK electricity denergy crops such as poplar and willow and concluded that England is able to produce enough biomass to generate approximately four per cent of current UK electricity demand.

Their estimates of the expected growth in electricity use per customer are far above those developed by the Energy Information Administration's Annual Energy Outlook, the widely cited government forecast of near - term energy supply and dEnergy Information Administration's Annual Energy Outlook, the widely cited government forecast of near - term energy supply and dEnergy Outlook, the widely cited government forecast of near - term energy supply and denergy supply and demand.

Carbon Tracker conducted a wholesale review of energy scenario assumptions in Lost in Transition and found that the low - carbon transition could be faster - than - expected due to economic shifts in key growth regions such as China and India, and even lower overall energy demand due to lower economic growth, as per the OECD's latest long - term forecast.

This inflates the projected per - household costs of renewable energy, and makes it appear unduly difficult to meet demand with increases in renewables and energy efficiency.

The Northern Sea Route is predicted to have up to 125 days per year suitable for navigation by 2050, while the heating energy demand in the populated Arctic areas is predicted to decline by 15 %.

The Energy Information Administration's (EIA) Short - Term Energy Outlook expects global liquids demand to exceed 100 million barrels per day in 2018 and reach almost 102 million barrels per day by 2019.

EIA's Annual Energy Outlook predicts that by 2040 world liquids fuel consumption will be 112.8 million barrels per day despite growing demand for electric vehicles.

Air conditioner and refrigerator use is rising dramatically in India and is likely to grow up to 20 percent per year because of rising energy demands which will inevitably increase HFC emissions.

The most optimistic of the four, in - depth scenarios projects renewable energy accounting for as much as 77 percent of the world «s energy demand by 2050, amounting to about 314 of 407 Exajoules per year.

Wind energy is now as or less expensive than all other sources of new electricity generation and supplies approximately six per cent of Canada's electricity demand with enough power to meet the needs of over three million homes.

In industrialized countries, where national economies are mature and population growth is expected to be relatively low, the demand for energy is projected to grow at the lower rate of 0.9 percent per year, albeit from a much higher starting point.

Canada is a global leader in the responsible and sustainable development of wind energy, producing enough clean wind power to meet 20 per cent of Canada's domestic electricity demand by 2025.