Sentences with phrase «annual average capacity»

With the annual average capacity factor for California utility - scale solar of 26 percent (per EIA and California Energy Commission), the state would then require 51,000 MW of solar installed.

Not exact matches

The low cost of capital, over the same period, did not help business investments either; they increased at an average annual rate of 0.8 percent because the poor sales outlook at home did not require large expansions of production capacities, and exports were increasingly sourced from overseas factory outlets.

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.

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Located in the eastern part of Poland, the wind farm is to generate an annual energy yield of up to 100 GWh, resulting in a capacity factor of an above - average 33 percent.

On August 3, President Obama declared that «under the Clean Power Plan, by 2030, renewables will account for 28 % of our capacity,» and «will save the average American family nearly $ 85 on their annual energy bill in 2030.»

I was struck reading that paper by this note from the introduction» Note that if we relax our assumption that each state's capacity match its annual demand, and instead allow states with especially good solar or wind resources to have enough capacity to supply larger regions, then the average levelized cost of electricity will be lower than we estimate because of the higher average capacity factors in states with the best WWS resources»

On average throughout the year, and depending on location, modern wind farms produce 10 - 45 % of their rated maximum power capacity, roughly double the annual capacity factor of the average solar PV installation (5 - 30 %).

After annual average growth of about 50 percent for five years, the U.S. electricity industry installed a total of 1 gigawatt - hour of new storage capacity between 2013 and 2017, according to the firm GTM Research.

the generating system must be capable of providing baseload power with availability greater than 95 %, and capable of an average annual capacity factor greater than 80 %.

The Partnership's average annual SF6 emission rate, the ratio of SF6 emissions relative to total SF6 nameplate capacity (i.e., the total quantity of SF6 contained in electrical equipment), is a benchmark metric by which achievements of the Partnership are tracked.

In a country that on average receives about as much sunlight as cloudy Seattle, this premium payment for solar electricity has not only spurred Germany to preeminence in installed PV capacity, it has also helped grow a domestic solar industry with more than 10 billion euros ($ 13 billion) in annual sales.

This equalled 21.4 % of new power capacity, which is 5 % above wind industry average annual growth over the previous five years.

* The average annual capacity factor for windmills in the project would be about 35.7 %.

The potential generating capacity was calculated from the total offshore area within 50 nautical miles of shore, in areas where average annual wind speeds are at least 7 meters per second (approx. 16 mph) at a height of 90 meters, assuming 5 MW of wind turbines could be placed in every square km.

Based on data available from the National Renewable Energy Lab, the area may support average wind speeds of roughly 8.5 meter per second (19 MPH), with annual capacity factors over 42 %.

First Solar's annual production capacity will double in 2009 to more than 1 gigawatt, the equivalent of an average - sized nuclear power plant.

Growth in wind - powered electric generating capacity slowed in 2010, increasing by 11 % from 2009 after increasing 40 % on an average annual basis from 2005 - 2009.

Since the year 2000 the average annual increase in cumulative installed capacity has been 28 %.

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.