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Market Forces Are Driving a Clean Energy Revolution

Despite its efforts to prop up coal, the Trump administration can do little to alter the fundamentals

The first offshore wind farm in the U.S. is Block Island Wind, which consists of five 6 megawatt turbines off the coast of Rhode Island. It began operating in 2016.
Image Credit: National Renewable Energy Laboratory / Flickr

Transforming U.S. energy systems away from coal and toward clean renewable energy was once a vision touted mainly by environmentalists. Now it is shared by market purists.

Today, renewable energy resources like wind and solar power are so affordable that they’re driving coal production and coal-fired generation out of business. Lower-cost natural gas is helping, too.

I direct Colorado State University’s Center for the New Energy Economy, which works with states to facilitate the transition toward a clean energy economy. In my view, today’s energy market reflects years of federal and state support for clean energy research, development, and deployment.

And, despite the Trump administration’s support of coal, a recent survey of industry leaders shows that utilities are not changing their plans significantly.

Transforming energy markets

Over the past 24 years — under Presidents Bill Clinton, George W. Bush and Barack Obama — the United States has made substantial investments to promote research, development and deployment of clean energy technologies.

Federal agencies provided funding for research and development as well as tax incentives. States used renewable portfolio standards, which typically require that power providers supply an increasing percentage of renewable energy to their customers, to promote deployment of green energy.

This one-two punch led to innovations that have transformed U.S. energy markets. In the last eight years, utility-scale solar costs have declined by 86% and wind energy prices have fallen by 67%.

Natural gas prices, which were highly volatile and often spiked in the early 2000s, have now stabilized at much more affordable levels. They are likely to remain so as production methods improve and sources expand.

The Trump administration is resisting this trend, repealing the Obama administration’s Clean Power Plan and proposing subsidies for coal-fired power plants. In doing so, it has also eliminated programs that were designed to help coal-dependent communities weather the energy transition.

But these reversals can do little to change underlying market forces, which are driving innovation, closing coal plants, and promoting investment in clean technologies.

Utilities care about cost and predictability

A recent survey by the trade publication Utility Dive found that electric power industry leaders expect significant growth in solar, wind, natural gas, and energy storage. They also project significant decreases in coal- and oil-fired generation.

Why is their outlook so divergent from what’s happening in Washington, D.C.? The answer is a result of multiple market dynamics within the energy industry.

1) Markets favor low-cost energy. Currently natural gas, wind, and solar are the lowest-cost resources available to produce electricity and are pushing out coal as a source of power.

2) Markets emphasize the long view. As utilities look at aging coal plants that are providing decreasing value to their systems, they are making multi-decade and multi-billion-dollar decisions on investments in power plants and infrastructure to replace coal.

3) Markets loathe uncertainty. The Trump administration’s policy reversals and tweets are an unstable foundation upon which to build a corporate strategy.

4) Wall Street is helping utilities finance billions of dollars of investment. To ensure access to low-cost capital, they want to cite low-risk investments. Coal represents a high-risk investment from both a pollution and a resource standpoint. In 2016, 44% percent of the U.S. coal supply came from companies that had declared bankruptcy. The resource is simply too risky for investment markets.

5) Utilities earn returns on investments in capital infrastructure. Investments in renewable resources are nearly all capital investment and represent the best return for investors.

Integration and technology advances support renewables

There are, of course, renewable energy skeptics. Detractors argue that wind and sun are intermittent sources — not reliable 24 hours a day as a resource that can be turned on and off in response to power market demands.

Most new generating capacity added in recent years has been renewables and natural gas while most retired generation has been coal-fired. (Energy Information Administration)

This is partially true: A single solar field only produces energy when the sun is shining, and a single wind farm only produces energy while the wind is blowing.

But as these resources expand geographically, they create an integrated system of renewable generation that produces a consistent source of electricity.

States in New England, mid-Atlantic and the Midwest have integrated electricity systems run by independent system operators that deliver power over large geographic areas, enabling them to balance energy output across their territories.

Now the West, too, is starting to integrate into regional transmission systems powered largely by clean sources.

For example, in Colorado, Xcel Energy recently submitted a plan to regulators to replace coal generation with renewables and natural gas. This shift will bring its Colorado mix of power up to 55% renewable by 2026 while reducing associated emissions 60% below 2005 levels — all without the EPA’s Clean Power Plan or a renewable mandate. Xcel also is finalizing plans to join the Southwest Power Pool, a transmission market that includes nine other states.

Further, advances in energy storage are decreasing the intermittency of renewable generation and offering utilities a buffer between energy demand and energy supply.

With storage, utilities can deliver energy when the system needs it. They also can meet spikes in demand with energy from batteries, which reduces the need to build expensive generation that is needed only to meet peak power demand.

Innovation is also giving utilities and consumers new ways to manage their power needs. More energy-efficient buildings and appliances, and the ability to manage power requirements through an intelligent grid, will make it possible to do more with less electricity, lowering energy costs for everyone.

I expect this dramatic transition to become more pronounced over the next 15 to 20 years. U.S. energy production and consumption will continue to evolve toward a cleaner, more stable, and more intelligent system.

This is good news for U.S. energy consumers and for efforts to protect our climate, environment, and economy for future generations.

Bill Ritter is the former governor of Colorado. After leaving the governor’s office, Ritter founded the Center for the New Energy Economy at Colorado State University, which works with state and federal policy makers to create clean energy policy throughout the country. This post originally appeared at The Conversation.

2 Comments

  1. Jon R | | #1

    storage
    Note that thermal storage for space and water heating can be incorporated into "renewable friendly" buildings with simple, readily available technology.

    Overly simplistic charging models and a focus on simple net kWh efficiency are discouraging adoption of such storage.

  2. Jon R | | #2

    utilty green energy programs
    Also note that if your electric utility has a program that allows you to sign up for renewable energy (perhaps at a slightly higher rate), do it.

    Here is an example:

    http://www.migreenpower.com/portal/index.html

    Utilities are making decisions about natural gas vs wind and solar. Do everything you can to push them towards the latter.

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