ees 2019
20 February 2017 2017 03:45 PM GMT

Renewables Provide 23% Of US Electrical Generation, As Wind, Solar Grow Rapidly

According to the latest issue of the U.S. Energy Information Administration’s (EIA) “Electric Power Monthly” report (with data through December 31, 2016), renewable energy sources (i.e., biomass, geothermal, hydropower, solar, wind) continued their rapid growth and accounted for 15.34% of domestic electrical generation in 2016 — compared to 13.65% in 2015. Moreover, the growth in renewables once again handily surpassed EIA’s earlier forecasts for the sector.

In its “Short-Term Energy Outlook” (STEO) released on January 12, 2016, EIA said it “expect[ed] total renewables used in the electric power sector to increase by 9.5% in 2016.” In fact, in 2016, electrical output by renewables (including hydropower) increased by 12.56% while non-hydro renewables grew by 17.26%. EIA also forecast wind capacity “to increase by 14% in 2016.” In actuality, generation expanded by 18.75 % and provided 5.53% of domestic electrical output last year. Similarly, EIA “forecast hydropower generation in the electric power sector [to] increase by 4.8% in 2016.” In reality, hydro’s electrical production rose by 6.72%.

EIA’s January 2016 STEO did not offer a projection for solar in 2016 but its December 2015 STEO forecast “utility-scale solar power [to] average 0.8% of total U.S. electricity generation in 2016.” Utility-scale solar generation in 2016 actually exceeded 0.90% while utility-scale and distributed solar combined accounted for 1.37% of total electrical output. In fact, electrical output by utility-scale plus distributed solar grew by 44.04% in 2016 compared to 2015.

By comparison, electrical generation by coal dropped by 8.30% and that from petroleum liquids & coke plummeted by 15.37%. (Solar-generated electricity is now more than double that from petroleum sources.) Electrical output attributable to natural gas and other gases increased by just 3.47% while growth in the nuclear power sector was an anaemic 1.02%.

Beyond the growth experienced by solar, wind, and hydropower, geothermal also charted a 9.41% expansion in 2016. Among renewable sources, only wood and other forms of biomass experienced a decline last year – down by 1.67%.

Taken together, non-hydro renewables (i.e., biomass, geothermal, solar, wind) accounted for 8.85% of electrical generation in 2016. Nonetheless, in its latest STEO (issued February 7, 2017), EIA inexplicably states: “Non-hydropower renewables are forecast to provide 9% of electricity generation in 2017.” That is, EIA apparently anticipates no significant increase by non-hydro renewables in 2017 notwithstanding the sustained strong growth by these technologies in 2016 and during the several years prior.

“Given the trends of recent years, it is probably no great surprise that solar, wind, and other renewable sources once again surpassed EIA’s expectations,” noted Ken Bossong, Executive Director of the SUN DAY Campaign. “Yet, EIA continues to low-ball its latest forecasts for renewables thereby doing a serious disservice to the cross-section of rapidly growing clean energy technologies.”

November 27th 2018
Solar And Wind Provide 100% Of New Generating Capacity Additions In September

US – According to an analysis by the SUN DAY Campaign of data just released by the Federal Energy Regulatory Commission (FERC), solar and wind were the only energy sources adding new capacity to the U.S. electricity generation mix in September. Three “units” of new wind accounted for 363-MW while nine units of solar provided 339-MW.

January 10th 2018
US: Doubling Of Wind & Solar Capacity Possible By 2020 as Coal & Nuclear Drop

In the latest issue of its “Energy Infrastructure Update” (with data through November 30, 2017), the Federal Energy Regulatory Commission (FERC) notes that proposed net additions to generating capacity by utility-scale wind and solar could total 115,984 megawatts (MW) by December 2020 – effectively doubling their current installed capacity of 115,520 MW.  The numbers were released as FERC prepares for a January 10 meeting to consider U.S. Department of Energy Secretary Rick Perry’s proposal for a bailout of the coal and nuclear industries.

December 3rd 2018
EU Approves Ambitious Energy Efficiency Goals, Encourages Clean Energy Feed-In

Europeans will now be entitled to consume, store and sell the renewable energy they produce in line with ambitious targets set by the EU. The targets are to be reviewed by 2023, and can only be raised, not lowered. By making energy more efficient, Europeans will see their energy bills reduced. In addition, Europe will reduce its reliance on external suppliers of oil and gas, improve local air quality and protect the climate. For the first time, member states will also be obliged to establish specific energy efficiency measures to the benefit of those affected by energy poverty. Member states must also ensure that citizens are entitled to generate renewable energy for their own consumption, to store it and to sell excess production.

December 6th 2017
Renewables Provide 17.8% Of Total US Electricity. Solar Now 2.0% And Wind 6.0%

According to the latest issue of the U.S. Energy Information Administration’s (EIA) “Electric Power Monthly” report, U.S. electrical generation from renewable energy sources (i.e., biomass, geothermal, hydropower, solar – inc. distributed solar, wind) rose by 14.69% during the first three-quarters of 2017 compared to the same period in 2016. Simultaneously, electrical generation by fossil fuels and nuclear power combined declined by 5.41%. Nuclear power and coal both dropped by 1.5%, natural gas (including “other” gas) was down by 10.7%, and oil (i.e., petroleum liquids and petroleum coke) plunged by 17.1%.

November 11th 2018
IRENA: Innovation Front and Centre, As Leaders Shape the Future Energy System

Participants from more than 80 countries explored the disruptive innovations in digitalisation and decentralisation that are transforming energy systems around the world. Remarkable cost reductions driven by technological innovation and an increasingly conducive policy environment have made renewable energy increasingly competitive with conventional fuels in many parts of the world. In parallel, innovations such as the Internet of Things, blockchain, artificial intelligence, smart charging of electric vehicles, and hydrogen power and storage are making energy systems increasingly integrated and flexible and are supporting the transition to a renewable-powered future.

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