How are utilities changing their electric generating mixes? Find out in the IRP Database

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As the old saying goes, there’s nothing permanent except change. This certainly holds true for the U.S. energy landscape. It is constantly evolving and renewable energy cost declines, technology advancements, and impending power plant retirements are driving the transition.

How can we stay up-to-date on these changes? And more importantly, what role will wind energy play in the future energy mix? One effective method is tracking electric utilities’ integrated resource plans (IRP), and the AWEA Utility IRP Database is here to help keep you in-the-know about important changes.

AWEA members can download the Utility IRP Database today for details on IRPs filed in the U.S. since the beginning of 2015. Key database items include:

  • Planned wind capacity additions
  • Planned solar capacity additions
  • Other planned renewable energy additions
  • Planned natural gas additions
  • Total planned capacity additions
  • Planned coal retirements
  • Capital cost assumptions for wind, solar and natural gas
  • Levelized cost of energy (LCOE) assumptions for wind, solar and natural gas
  • Wind capacity factor assumptions

The database helps users understand which electric utilities across the country are actively planning to add renewable energy, and wind energy specifically, to their generation portfolios over the next 10 to 20 years. Users can also compare cost and performance assumptions across electric utilities, serving as an aid in IRP proceedings.

Electric utilities across the nation are planning changes to their generation portfolios through their IRP processes and are making significant infrastructure investments as a result. IRPs outline electric utilities’ resource needs to meet expected electricity demand over a long-term planning horizon. Currently, 33 states require utilities to file IRPs for review by state public utility commissions (PUC). IRP requirements vary by state, but they generally address resource needs over a 10- to 20-year planning horizon, with updates made every two to three years.

With over 3,300 utilities across the country serving hundreds of millions of customers, IRPs are critical for delivering reliable, low-cost electricity to consumers. And utilities continue to be a leading customer of wind power, owning or contracting three-quarters of the total wind capacity installed today. Therefore, it’s critical to ensure the fair valuation and treatment of wind power and its many benefits in IRP proceedings.

Utilities like wind power because it contributes to a diverse resource mix, acting as an anchor component for many IRPs. Speaking on the evolution of Minnesota IRPs over time, PUC Chair Nancy Lange said, “Wind is currently the most cost-effective resource … The technology performance continues to improve while the costs continue to decline.” Some of the many ways wind power directly benefits utilities include:

  • Low cost: Wind’s costs have fallen by more than two-thirds since 2009, making it the lowest-cost source of new electric generating capacity in many parts of the country.
  • Price hedge: Wind energy has zero fuel costs, providing an effective hedge against both short- and long-term energy market volatility.
  • Reliability: Xcel Energy, the main utility in Colorado, has at times satisfied over 66 percent of its demand for electricity with wind. Four states now generate over 30 percent of their electricity using wind.
  • Environmental Benefits: Wind power produces no carbon or air pollution and reduces water consumption.

Download the Utility IRP Database today! The last database update occurred on January 10, 2019. Future database updates will occur on a quarterly basis.

GWEC at IRENA Coalition for Action meeting in Abu Dhabi

This week saw Ben Backwell, CEO of GWEC attend the latest IRENA Coalition for Action strategy meeting. Ben is joining the Steering Committee and will be working with organisations across the energy system to advance the uptake of renewables, discuss industry trends and share knowledge alongside best practice. 

The meeting explored the future priorities and work programme for the group going into 2019. A key part of the meeting was to discuss the future of renewables and how the group can ensure private sector investment in renewables in emerging markets.
Ben spoke on behalf of GWEC on how wind can be deployed in emerging countries and across the world. 

  • Find out more about the IRENA Coalition for Action here.

  • Find out more about the IRENA General Assembly here. 

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2018 may be in the rearview mirror, but let’s take a moment to reflect on another year of incredible progress for American wind power.

Wind energy made huge strides across the U.S., from the shores of Massachusetts all the way out to California and dozens of places in between. And that’s good news for families and businesses, because it means access to more affordable, reliable, clean electricity is on the way.

As we look back, here are some of the high points that stood out to us:

The wind development pipeline hits an all-time high

Here’s a remarkable fact: There has never been more wind power under construction in the U.S. than right now, which means America’s 105,000 wind workers and 500 wind-related factories are as busy as ever.

Just under 38,000 megawatts (MW) of new wind projects are under construction or advanced development. That means in just the next few years, the U.S. is poised to add as much new wind as all the wind currently installed in Texas, Oklahoma and Iowa combined, the country’s top three wind states.

Much of this activity is centered in a diverse group of seven states on track to double the amount of wind within their borders: Arkansas, Nebraska, New Mexico, South Dakota, Wyoming, Maryland and Massachusetts. Arkansas also represents a newcomer to the wind club—when an under-construction project there comes online it will become the 42nd state with a utility-scale wind project.

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Costs continue falling while technology keeps advancing

Wind energy is a perfect example of American ingenuity taking a nascent technology, improving it, and bringing it to market viability. Since 2009, the cost of wind has fallen by 69 percent, largely due to technological advances and improved domestic manufacturing. In fact, in many parts of the country wind is now the cheapest source of new electric generating capacity.

2018 saw the first 4 MW land-based turbine orders in the U.S., which are powerful enough to provide electricity for 1,400 homes. That’s almost twice as many homes as the average wind turbine installed in 2017. As technology continues improving, and turbines reach stronger, steadier winds, electricity output will continue increasing and wind will become economically viable in even more parts of the country.

States commit to more renewable energy

States big and small decided they want more renewable energy in 2018. Connecticut, Massachusetts, California, New Jersey, and the District of Columbia all passed legislation increasing their Renewable Portfolio Standards (RPS). On election day, Nevada voters also passed a ballot initiative to amend the state constitution to include a 50 percent RPS, which now must be approved by the legislature.

Companies continue powering more of their operations using wind

We don’t have the final numbers just yet (you’ll need to wait for the release of the Fourth Quarter Market Report later this month), but we already know 2018 was a record year for corporate and other non-utility customers buying wind power. In just the first nine months of 2018, non-utility wind customers signed contracts for more wind power capacity than any other year, for a total of 2,904 MW.

Over the last several years, non-utility customers including major consumer brands, cities and universities have become a major source of demand for wind power. Wind’s low cost and stable prices offer affordable electricity and facilitate long-term planning, making it a highly attractive power source.

“For us, that’s kind of a gate,” said Apple CEO Tim Cook, explaining why his company built new data centers in Iowa. “If we couldn’t [power them with wind], we would not be here.”

AWEA data show that corporate and other non-utility customers have contracted for more than 10,000 MW of wind capacity through power purchase agreements (PPAs) to date—more than the entire installed capacity of Oklahoma, America’s second largest wind state.

We also saw an uptick in innovation in 2018, from the increased adoption of the Volume Firming Agreements to more companies teaming up to procure renewable energy and the continued expansion of green tariffs from electric utilities. These innovations are making it easier for more companies and other non-utility buyers to enter the wind energy market.

Wind power’s low and stable prices continued to drive strong demand from corporate and other non-utility customers, including a diverse mix of repeat customer and first-time buyers in 2018 including Smucker’s, Boston University, and Royal Caribbean Cruise Lines.

Interest in offshore wind hits an all-time high

In mid-December, the U.S. Bureau of Ocean Energy Management (BOEM) held an auction to develop three wind energy areas off the coast of Massachusetts. No one expected the results.

The winning bids for each of the three lease areas reached $135 million—shattering the previous high of $42 million, set in 2016. This is yet more proof that companies see enormous business potential in developing offshore wind projects. That’s great news for communities up and down the East Coast, as offshore wind development will create new jobs, a new domestic supply chain, and port revitalization.

RTOs set new wind production records

It shouldn’t come as a surprise that wind power is an increasingly integral part of the U.S. power grid. All you have to do is look at the records wind is setting across the country.

Consider ERCOT, the primary grid for Texas and the largest wind energy market. In 2018, wind generation set multiple records. First, on December 14, ERCOT recorded the highest instantaneous output from wind – 19,168 MW. Just two months earlier Texas’ grid saw 54 percent of total electricity generation come from wind turbines.

But ERCOT is not alone. SPP set records for both real-time wind output and instantaneous wind penetration – 16,382 MW and 64 percent, the record for wind penetration across all markets. CAISO, MISO, PJM, and ISO-NE all also set records for real-time wind output in 2018.

The record setting performance didn’t end in 2018. Already this year MISO and PJM have experienced record wind output. On January 8th, wind produced 16,282 MW at one point in time in MISO. The next day, wind delivered 7,889 MW, serving 9.24 percent of real-time demand in America’s largest electricity market.

Yesterday, MISO reached a new wind peak surpassing the previous peak by 685 MW. pic.twitter.com/QBUTgbflYT

— Midcontinent ISO (@miso_energy) January 9, 2019

With a record number of wind projects under construction and a mounting development pipeline, wind will continue to set records across the country in the years ahead.