Strategic Shift Underway at Largest U.S. Power Utility

A major shift in strategic course appears to be underway at the U.S.' largest power utility. Duke Energy has announced news of four significant renewable energy projects thus far through December, and we're only halfway through the month.

Duke Energy NC solar facility

A major shift in strategic course appears to be underway at the largest power utility in the United States, one that bodes well in terms of achieving the reductions in greenhouse gas (GHG) emissions called for by the Obama administration and the historic multilateral accord 195 nations agreed to at the UN climate change conference in Paris on Saturday.

Duke Energy has announced news of four significant renewable energy projects thus far through December, and we're only halfway through the month. On December 15 Duke announced it is building two major solar projects in its home state of North Carolina – a 60 megawatt (MW) facility near Monroe, N.C. and another 15.4-MW facility near Mocksville. Both are expected to be brought online by year-end 2016, according to Duke's news release.

A day earlier, on December 14, Duke Energy Renewables announced it had sealed a 25-year solar power purchase agreement with Corning Inc. Slated to come online in 2016's first quarter, Duke's Conetoe solar power facility will be the largest east of the Mississippi.

Renewables expansion in Duke's home state

Corning will purchase 62.5 percent – 120,300 megawatt-hours (MWh) – of the electricity produced at a new solar power facility Duke's renewable energy unit is building in Conetoe, N.C. That's equivalent to the electricity used by some 10,000 U.S. homes.

Duke Corning solar facility NC

North Carolina's solar power capacity is growing fast in the wake of pro-solar and renewable energy state regulatory reforms, and Duke is moving fast to take advantage of them. Elsewhere in its home state, Duke in late November announced it is joining with Google to source and deliver clean, renewable electricity from a 61-MW solar power project under construction in Rutherford County.

The first corporation to join Duke Energy Carolina's Green Source Rider program, electricity from the Rutherford Farms LLC solar facility will be delivered to Google's data center in Lenoir.

A ¨green¨ energy shift

Operating regulated utilities in six U.S. states, as well as a commercial energy services business group that includes REC Solar and Phoenix Energy Technologies, Duke's expanding the scope and scale of its renewable energy development and smart grid modernization activities across the U.S.

texas wind farm cc20

Besides solar, Duke on December 3 announced the rated power capacity of its commercial wind power portfolio will surpass 2 gigawatts (GWs) upon completion of a 200-MW wind power farm in Oklahoma. Its first renewable power project in the state, Duke Energy Renewables will build, own and operate the 200-MW Frontier Windpower Project, which its projected will produce enough clean, renewable electricity to power some 60,000 homes.

Power from the Frontier Windpower project will be purchased as per the terms of a 22-year agreement with City Utilities of Springfield, Missouri. "We're investing heavily in renewable energy and surpassing 2,000 megawatts of wind power is a significant accomplishment for our company," Greg Wolf, president of Duke Energy's Commercial Portfolio, was quoted as saying.

"We are excited to be working with the community and local landowners as we get our first project in this wind-rich state underway. The facility will help City Utilities meet its renewable energy goals while creating economic development opportunities for Kay County."

Regulatory reforms opening up new opportunities

State power market regulatory reforms are paving the way for Duke and other U.S. utilities to take advantage of a wide range of emerging clean power technologies to expand both within and outside their regulated utility service territories. They're also opening up opportunities for large corporations and utilities to reduce their greenhouse gas emissions and environmental impacts.

“Corning is committed to reducing its carbon footprint, and this is a major step in that direction,” Corning SVP and chief strategy office Dr. Jeffrey Evenson was quoted in Duke's press release.

“Going green makes good business sense because it encourages efficiencies and clean power usage that eventually lower costs. We believe this decision fits our corporate mission to be a good steward of the environment.”

“Beyond pioneers from the ICT (information and communications technology) sector, we are seeing this year large corporations such as Corning coming from a variety of industrial and services sectors entering the market for the first time as fast followers,¨ commented Hervé Touati, the managing director who leads Rocky Mountain Institute's Business Renewables Center.

¨It is a strong indication that long-term renewable energy contracts are becoming increasingly relevant to all Fortune 500 companies and will soon become the standard way of running business.”

Duke's also leveraging emerging advanced battery storage technology to expand its business. On December 8 Duke announced it is has struck an alliance with Green Charge Networks to offer commercial energy storage solutions for retail, industrial and government customers.

Power users in states where electricity rates are high, such as California, Hawaii, New York and others, can take advantage of Green Charge's intelligent Li-ion battery storage and energy management platform to reduce peak demand charges and smooth the peaks and valleys in electricity produced by solar power systems, Duke pointed out.

"Our goal is to make it easier for customers to combine solar and storage, so they can benefit from high quality, consistent and economical power 24/7," Greg Wolf, president of Duke Energy Renewables and Commercial Portfolio, stated. "In addition, through Phoenix ET, we'll also have the ability to offer other energy management systems for those customers seeking a complete and integrated energy savings platform."

*Image credits: 1), 2): Duke Energy; 3) Texas wind farm via Creative Commons License 2.0

Comments


PlanetWatch Staff
EditorPlanetWatch Staff
New Comment
Gina-Marie Cheeseman
EditorGina-Marie Cheeseman
New Comment
Bobbi Peterson
EditorBobbi Peterson
New Comment
Gina-Marie Cheeseman
EditorGina-Marie Cheeseman
New Comment
Emily Folk
EditorEmily Folk
New Comment
Andrew Burger
EditorAndrew Burger
New Comment
Andrew Burger
EditorAndrew Burger
New Comment