Sentences with phrase «solar capacity by»

The state expects to triple total solar capacity by the end of 2020.

This more than quadruples the solar targets India set last fall, and will increase the country's installed solar capacity by a factor of nearly forty.

Its 23,107 gigawatts of solar capacity by 2050 compares to current global capacity of 135 gigawatts of solar and 5,331 gigawatts of all sources combined.

The IEA's market forecasts show that if all eligible countries join the Alliance, then the cumulative installed solar capacity in ISA countries could surpass 700 GW by 2022, which is more than 80 % of global solar capacity by that time, and almost double current capacity.

The Solar industry had the second largest quarter in US History based on a recent report from the Solar Energy Industries Association (SEIA)-- installing over 2.3 gigawatts of solar PV — and is expected to grow to 12 gigawatts of solar capacity by the end of 2017.

DTE plans to add 15 MW of solar over the next three years, increasing its solar capacity by nearly 25 percent.

The Jawaharlal Nehru National Solar Mission was launched on the 11th January, 2010 by the Prime Minister setting an ambitious goal of deploying 20 GW of solar capacity by 2022.

California, for example, increased its utility - scale solar capacity by 3,500 MW in just two years — nearly the growth needed in New England over the next 14 years.2 Texas increased its onshore wind capacity by 7,300 MW in five years, which is more than both New England and New York would need to add by 2030.3 For offshore wind, Europe has exceeded the growth rate needed in the Northeast, increasing capacity roughly 16-fold in just 10 years.4

Meanwhile, China is already the world's leader in wind - generated power and aims to triple solar capacity by 2020.

It will also expand use of natural gas and clean energy sources such as hydro, wind, geothermal and nuclear energy (specific targets include: 200 GW of installed wind capacity and 100 GW of installed solar capacity by 2020).

It aims to build 300 gigawatts of solar capacity by 2030.

Not exact matches

In our study, we found that the 3 GW goal by 2025 is far short of the real need: About 17 GW of solar - generating capacity would be enough to fortify the U.S. military domestically.

The country's nuclear power plants have been shuttered with only part of the capacity replaced by wind and solar.

New solar photovoltaic capacity increased by 50 percent in 2016 according to the International Energy Agency.

«At over 20 GW of installed solar electric capacity, we now have enough solar in the U.S. to power 4.6 million homes, reducing harmful carbon emissions by more than 25 million metric tons a year.

The new facility is expected to First Solar's total capacity to 7.6 GW by the end of 2020.

Factors that could cause actual results to differ include general business and economic conditions and the state of the solar industry; governmental support for the deployment of solar power; future available supplies of high - purity silicon; demand for end - use products by consumers and inventory levels of such products in the supply chain; changes in demand from significant customers; changes in demand from major markets such as Japan, the U.S., India and China; changes in customer order patterns; changes in product mix; capacity utilization; level of competition; pricing pressure and declines in average selling prices; delays in new product introduction; delays in utility - scale project approval process; delays in utility - scale project construction; delays in the completion of project sales; continued success in technological innovations and delivery of products with the features customers demand; shortage in supply of materials or capacity requirements; availability of financing; exchange rate fluctuations; litigation and other risks as described in the Company's SEC filings, including its annual report on Form 20 - F filed on April 27, 2017.

Factors that could cause actual results to differ include general business and economic conditions and the state of the solar industry; governmental support for the deployment of solar power; future available supplies of high - purity silicon; demand for end - use products by consumers and inventory levels of such products in the supply chain; changes in demand from significant customers; changes in demand from major markets such as Japan, the U.S., India and China; changes in customer order patterns; changes in product mix; capacity utilization; level of competition; pricing pressure and declines in average selling prices; delays in new product introduction; delays in utility - scale project approval process; delays in utility - scale project construction; continued success in technological innovations and delivery of products with the features customers demand; shortage in supply of materials or capacity requirements; availability of financing; exchange rate fluctuations; litigation and other risks as described in the Company's SEC filings, including its annual report on Form 20 - F filed on April 20, 2016.

Factors that could cause actual results to differ include general business and economic conditions and the state of the solar industry; governmental support for the deployment of solar power; future available supplies of high - purity silicon; demand for end - use products by consumers and inventory levels of such products in the supply chain; changes in demand from significant customers; changes in demand from major markets such as Japan, the U.S., India and China; changes in customer order patterns; changes in product mix; capacity utilization; level of competition; pricing pressure and declines in average selling prices; delays in new product introduction; delays in utility - scale project approval process; delays in utility - scale project construction; cancelation of utility - scale feed - in - tariff contracts in Japan; continued success in technological innovations and delivery of products with the features customers demand; shortage in supply of materials or capacity requirements; availability of financing; exchange rate fluctuations; litigation and other risks as described in the Company's SEC filings, including its annual report on Form 20 - F filed on April 27, 2017.

According to BSW - Solar Association, photovoltaic capacity will quadruple by 2020.

Natural gas turbines replaced solar power capacity during the August 21st solar eclipse, highlighting the carbon - light fossil fuel's emerging role as a gateway «green» energy in the coming decades, according to a report by Fortune released before the sun took its proverbial nap.

Total solar capacity in California (including both distributed and utility - scale systems) has grown from less than 1 GW in 2007 to nearly 14 GW by the end of 2016.

Before the tariffs, the industry was expected to have the capacity to power 13.7 million homes nationwide by 2022, according to the solar industry group.

ERCOT is expecting another 387 MW of additional utility - scale solar to come online by summer, and given the higher peak capacity contribution this will be the largest contributor to meeting peak demand in the next four months.

The U.S. solar market is surging, with capacity having grown by 95 percent last year.

Our staff has also found months where the total installed utility - scale solar capacity estimated by FERC has been smaller than individual projects which we have observed coming online in a given month.

«By the end of 2020, the amount of installed solar capacity will be 300 percent higher than today,» Dan Whitten, vice president of communications at the Solar Energy Industries Association, solar capacity will be 300 percent higher than today,» Dan Whitten, vice president of communications at the Solar Energy Industries Association, Solar Energy Industries Association, said.

For example, assuming no government policy changes, solar could hit 316 GW of installed capacity by 2050.

Several buildings used by the city's transportation and sanitation departments were also outfitted with solar panels, increasing the Big Apple's solar capacity to 8.4 megawatts.

Even as the government is cutting back on once - generous subsidies for the technology, the country is expected to reach a total solar installed capacity of 52,000 MW by 2017 or 2018, according to Environment Minister Peter Altmaier.

For example, EIA projected that solar capacity in the United States would double between 2014 and 2026, while the current deployment trajectory puts solar energy on track to double by 2016.

There is also the issue of built - in capacity redundancy both of production and transportation of the electricity generated by wind and solar, let alone the thorny question of storage.

As of March, according to USAID figures, Power Africa has helped close deals accounting for 4,100 MW of electricity in places like Rwanda, where East Africa's largest solar array began sending 8.5 MW of electricity to the national grid late last year, boosting the country's electricity generation capacity by 6 percent.

The government has set a target for installed solar power generating capacity to reach 15 gigawatts by 2015 and wind power capacity to hit 100 GW, China National Radio reported, citing an announcement from the National Energy Administration.

Uptake has been so rapid that solar capacity could reach 30 gigawatts, equal to the country's weekend power consumption, by the end of next year.

And Germany is outperformed only by China in solar capacity.

Of course, the sun doesn't always shine and, at present, the eSolar design has limited capacity to store energy — either as heat or electricity — nor does it supplement production by burning natural gas as some other existing concentrating solar power plants do.

In 2016, U.S. solar capacity rose by about 15,000 megawatts, more than in any previous year.

This trend was also accompanied by slower global growth in petroleum use and faster growth in renewables, with wind and solar capacities achieving record increases in 2014.

The International Solar Alliance has set a target of having at least 3 terawatts — or 3,000 gigawatts (GW)-- of additional solar power capacity by 2030, up from the current installed capacity of 7Solar Alliance has set a target of having at least 3 terawatts — or 3,000 gigawatts (GW)-- of additional solar power capacity by 2030, up from the current installed capacity of 7solar power capacity by 2030, up from the current installed capacity of 71 GW.

The authors say that as energy storage density improves — and with their work it is now approaching the capacity of lithium batteries — applications for the new technology include such possibilities as solar pads that collect energy from the sun by day, then store it for heating food, living spaces, clothing or blankets at night.

That solar - thermal power plant — built by the BrightSource precursor known as Luz — still pumps out 354 megawatts of power from the sun at full capacity.

A draft report on an Energy Department workshop on solar power's future last year said that preliminary analysis suggests that if solar power could hit a $ 1 per watt target for installed systems by 2020, one - third of the current cost, total U.S. solar generating capacity could rise to 5 percent of the nation's total.

By the third quarter of 2012, the United States had deployed more than 2.1 gigawatts of utility - scale solar generation capacity.

More than half of that additional capacity — 5,251 MW — has been installed by home and business owners participating in utility net metering programs that allow owners of solar systems to sell excess capacity back to their local utility at retail rates, according to EIA.

California accounts for roughly half of all U.S. installed utility - scale PV solar with more than 2,700 MW of capacity, followed by Arizona with 960 MW (17 percent) and North Carolina with 340 MW (6 percent), according to EIA.

First, UK solar capacity has to date reached around 12 gigawatts (GW), according to research by Solar Intelligence, up from around 6GW at the start of solar capacity has to date reached around 12 gigawatts (GW), according to research by Solar Intelligence, up from around 6GW at the start of Solar Intelligence, up from around 6GW at the start of 2015.

But wouldn't a closer model be the first order ODE, where the difference between absorbed solar power and lost black body power has to equal the change in temperature with respect to time multiplied by the terrestrial and atmospheric combined heat capacity:

That argument bolsters Prime Minister Modi's commitment to double coal production by 2020, for example, even as India also (at a much, much smaller scale) expands solar capacity and nuclear power.

The big news is that Apple is now doubling the on - site solar power capacity by building a second 20 MW array with the total solar power generation to now hit 84 million kWh per year.