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{
  "authors": [
    "Therese Miranda"
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  "centers": [
    "Carnegie Endowment for International Peace"
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  "programs": [
    "Sustainability, Climate, and Geopolitics"
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Source: Getty

Other

Designing a National Renewable Electricity Standard: Five Key Components

A national renewable electricity standard offers many advantages over the current patchwork system of state standards, including the creation of a market for renewable energy credits which would reduce the overall cost of compliance.

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By Therese Miranda
Published on Nov 2, 2010
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Sustainability, Climate, and Geopolitics

The Sustainability, Climate, and Geopolitics Program explores how climate change and the responses to it are changing international politics, global governance, and world security. Our work covers topics from the geopolitical implications of decarbonization and environmental breakdown to the challenge of building out clean energy supply chains, alternative protein options, and other challenges of a warming planet.

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A national renewable electricity standard (RES) offers many advantages over the current patchwork system of state standards—a system that leads to unique regulatory requirements in each state. The advantages of a national standard stem primarily from the creation of a large, standardized market for renewable energy credits (RECs), which reduces complexity and allows the market to operate more efficiently, thereby reducing the overall cost of compliance.

Creating a national RES also presents many challenges, however, given the prevalence of state programs. To operate successfully, a national RES must be carefully designed and include five key components:

  • Clarity and consistency: The requirements and regulation under the national RES must be easy to understand and consistent over time. Clarity alleviates excessive confusion and litigation, and minimizes the intellectual capital necessary to understand the system. Additionally, the RES should provide assurance that the requirements and market for RECs will exist in a consistent manner over time—specific requirements may change over time, but this change should take place in a predictable fashion. Consistency allows renewable generators, utilities, and investors to make long-term business decisions with greater confidence. Both factors are essential to minimizing barriers to investment in and development of renewable energy capacity.
     
  • Treatment of pre-existing systems: In 26 states, an operational RES is already in place, and many renewable facilities currently operate in the United States. A national RES must address how these pre-existing state systems will be incorporated into the new national plan. Federal preemption of state standards combined with some form of grandfathering for RECs would address the need for standardization while avoiding punishing early-adopter states, as would occur if renewable capacity installed under the state RES were ineligible for federal RECs.
     
  • Harmonization with complementary policies: Renewable energy policies should be designed in a holistic manner to minimize disruption to the industry during periods of transition. This approach will help create consistency and prevent competition between policy tools, but is near-impossible to achieve in stand-alone bills dealing with only a single aspect of energy policy.
     
  • Range of eligible technologies: The RES should support the broadest possible range of technologies while still retaining the integrity of the term renewable—technologies not based on renewable fuel sources, such as carbon capture and sequestration or nuclear power, should not be included under a renewable energy standard. These technologies may be viable options to include in an alternative or clean energy standard. Depending on the primary goals of regulation, an RES, AES (Alternative Energy Standard), or CES (Clean Energy Standard) may be the optimal policy choice. Additionally, the system should be flexible enough to adapt to evolving technologies. In its most basic form, an RES promotes the development of lowest-cost installations first. However, by adjusting the details of regulation, other goals, such as local job creation, diversification of energy sources, or increased energy security can also be achieved, making the RES a remarkably versatile policy tool. These secondary goals are generally achieved through the use of carve-outs or multipliers. Of the two options, multipliers offer greater simplicity.
     
  • Grid integration: Without provisions to clarify responsibility for transmission construction and to ensure that new renewable construction can be successfully connected to the grid and transported to demand centers, the RES is unlikely to succeed. These issues must be addressed in a national system to speed the permitting process and minimize litigation.

To address these issues and create a successful national standard, policy makers should pass legislation quickly. The proposed federal RES introduced by Senators Bingaman and Brownback in September 2010 addresses some of these issues adeptly, but falls short on others. Although passage this year appears increasingly unlikely, the bill represents the best example of bipartisan legislation thus far, and is likely to serve as the starting point for legislation next year. Comparing Bingaman-Brownback to the ideal features of RES legislation therefore provides a useful starting point for understanding how these concepts will play out in legislation.

About the Author

Therese Miranda

Former Junior Fellow, Energy and Climate Program

Therese Miranda
Former Junior Fellow, Energy and Climate Program
Climate ChangeNorth AmericaUnited States

Carnegie does not take institutional positions on public policy issues; the views represented herein are those of the author(s) and do not necessarily reflect the views of Carnegie, its staff, or its trustees.

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