Marketplace Trending Wind, For America’s Clean Energy Future

Anyone in a March madness pool for the NCAA tourney knows predicting the future is a challenge. On the college basketball court, the only certainty is uncertainty — until the final buzzer declares a champion (congratulations this year to Villanova and Notre Dame). In energy forecasting, many analysts haven’t fared much better, consistently underestimating prospects for clean power in their long-range models. The marketplace, fortunately, does better. It picks winners based on actual points scored — on price, reliability, jobs and what works best for customers.

Through March 2018, wind and other renewable energies have continued to put up points that highlight their sustained growth and momentum in the marketplace. Energy markets — and the business leaders driving them — understand what shapes America’s energy future. Clean power is posting new milestones as business leaders, customers and policy makers affirm their confidence in its role and value as a new mainstay in the U.S. energy mix.

Wind Setting New Records on U.S. Power Generation & Price

U.S. energy markets are continuing to trend wind, with numbers that make a compelling business case for customers:

  • Demand drove wind power to new record levels in 2017 for total capacity and share of U.S. electricity generation.
  • Wind grew to 90 gigawatts (GW) capacity across 41 states, enough to power 26 million American homes, and make wind the No.1 U.S. renewable energy in total capacity.  
  • Wind reached 6.3 percent of total U.S. power generated, representing an almost five-fold increase over the past decade. Utility-scale solar also hit new highs to 1.3 percent of U.S. power.
  • Renewables grew even as total U.S. demand was down 1.5 percent, with coal dropping 2.5 percent and gas 7.7 percent.

Source: Vestas

Wind’s market-beating price and proven reliability are key factors making it a preferred choice for U.S. energy customers. In 14 states, soon to be 25, across the U.S. wind belt (see chart and map), wind power costs have dropped below $20/MWh, past a critical tipping point where it is now cheaper to install wind than maintain existing coal power plants:

  • In Colorado, an RFP by Xcel Energy’s subsidiary Public Service Co. for 2.4 GW of clean energy generated 42 wind power bids that averaged a jaw-dropping $18.10/MWh. (See table.) Wind plus storage bids averaged slightly more, at $21/MWh.
  • Lazard and Bloomberg New Energy Finance report unsubsidized wind and utility-scale solar are now cheaper than new coal and compete with gas.
  • In the U.S. wind belt, wind is the lowest-cost of all power sources — new or existing, clean or fossil fuel. Wind costs continue to decline and are projected to reach as low as $15/MWh by 2020.

Source: Vestas

Even after ramp-down of the Wind Energy Production Tax Credit, cost trends promise to keep wind a preferred U.S. power choice on price. By 2030, unsubsidized wind costs are estimated to drop another 50 percent, below that of existing natural gas plants.

No surprise, energy customers are integrating wind power seamlessly and reliably across the U.S. grid — at record levels:

  • On March 16, wind supplied a record 60 percent of electricity on the grid at Southwest Power Pool (SPP), stretching across 14 states and providing power to 18 million people. SPP has expressed confidence it can handle 75 percent wind and more.
  • In New Mexico and Texas, Xcel Energy is gaining approvals for 1 GW in wind projects that will lower residents’ monthly power bills and generate hundreds of millions in local tax revenue.
  • In New York, onshore wind accounted for more than half of 1.4 GW the state approved this year for its clean energy plan, which is targeting another 2.4 GW from offshore wind by 2030.

Median bid prices in Xcel Energy 2016 ERP All Source Solicitation 30 day report. Source: Xcel Energy

The actions of utility leaders at AEP, DTE, MidAmerican Energy and Xcel speak volumes. They’re adding wind generation by the GW, underscoring how well wind is integrating in the nation’s “all of the above” energy mix, especially with complementary clean power sources such as solar and natural gas.

Other utilities have taken note. In a recent survey, 76 percent of respondents said they expect significant or moderate growth of wind power in their generation mixes over the next 10 years. Wind, solar and natural gas rank as the top three energy sources among utilities for projected growth.

Forecast for Wind & Clean Power Strong — 2020 & Beyond

Looking ahead, prospects for wind and other clean power sources are strong and sustained, through 2020 and beyond. For the first time in a decade, more utility leaders are expecting a shift from flat demand to a growing U.S. market for electricity in the years to come, fueled in part by increasing use of electric vehicles (EVs).

This means that investing in more wind — already a smart move by customers to lower costs and improve performance of their existing generation fleets — becomes an even better strategy to meet growing U.S. demand for more electricity.

Vestas factory in Colorado, where 3,400 US workers manufacture wind turbines and towers. Credit: Vestas

More wind can also help address concerns about cybersecurity, cited recently as a top issue by utilities. More decentralized wind and other renewable energies by their nature are less vulnerable than big power plants to grid-disrupting shutdowns. America’s increasing reliance on homegrown wind has been a key contributor to greater energy diversity and flexibility that is strengthening power grid resilience against extreme events and driving “year over year” improvements in grid reliability reported by the North American Electric Reliability Corporation (NERC).

Wind and other renewables are ready to meet the challenge of supplying more low-cost clean power to keep the lights on at home and electric vehicles whirring down the road. A new study by scientists in California confirms what the markets have shown is possible — wind and solar together can supply 80 percent or more of total U.S. power, combined with greater investment in transmission lines (the cheaper option) or more batteries and hydro storage (more expensive but doable). The leading sources of new power in today’s marketplace — wind, natural gas and solar — have proven they have all the necessary capabilities — low-cost, flexibility and reliability — and can work together to get us there.

Perhaps that’s why the Omnibus Spending bill Congress passed last month rejected calls by some to turn back the clock to energy technologies of the past. The final bill actually increased support for research on renewable technologies that are helping to transform America’s clean power economy, create hundred of thousands of U.S. jobs, and raise the nation’s competitiveness as a clean technology leader.

Market leaders and policy makers know a winner when they see one. The forecast for wind and America’s clean energy future looks bright.

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Chris Brown is president, Vestas Americas and board member and past chair of the American Wind Energy Association. Prior to Vestas, he served as Chief Operating Officer for the City of Detroit for about two years. A board member on the American Wind Energy Association, Brown's energy background includes time in the offshore wind industry, senior executive at a large U.S. utility and managing director at an international utility. Previously, he was Founder and Chief Executive Officer of Deepwater Wind LLC, where he created the plan for a 3,000 MW offshore wind company; Executive Vice President for DTE Energy Resources, where he was responsible for DTE's largest non-utility businesses including Energy Services, Coal Services, Biomass and Methane Resources; Senior Vice President of Singapore Power and Managing Director of Singapore Power International; Director of Asia Operations for Entergy Corporation; and Counsel for Constellation Energy. Brown holds a Juris Doctor degree from the Villanova University School of Law and a bachelor's degree in political science from the University of Delaware. He also attended Bonn University in Bonn, Germany, as a Fulbright Scholar, where he studied economics and finance.

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