“The coal industry in the United States has collapsed not because of ideology, but because coal plants are poor investments. Renewables have surged not because of ideology, but because, when choosing between an asset with zero marginal operating cost in an uncertain power market and one with ongoing operating costs, you choose the former.”
The Hon. Sean Casten
Key Takeaways
Market-Based Solutions Drive Real Progress: The most effective climate policies leverage economic incentives rather than regulatory mandates. Clean energy succeeds because it’s economically superior – coal has collapsed not due to environmental concerns, but because “coal plants are lousy investments.” Similarly, renewables surge because they offer “zero marginal operating costs” compared to fossil fuel alternatives, and electric vehicles gain adoption due to lower maintenance costs and superior performance.
Energy Efficiency Equals Economic Opportunity: The U.S. significantly underperforms internationally in energy productivity. While the U.S. generates “$200 of GDP for every million BTUs of primary energy,” the UK generates “$360, the Danes generate over $500, [and] the Swiss generate over $600.” This represents a massive economic opportunity – existing technologies could allow the U.S. to “double the size of our economy with the same amount of energy use.”
Regulatory Incentive Misalignment: Current utility regulations create perverse incentives that hinder clean energy deployment. Under traditional models, utilities benefit financially from higher energy consumption rather than efficiency. Casten’s experience with a “lightly regulated utility model” in New York demonstrated that aligning utility profits with customer savings can simultaneously reduce consumer rates by 20% while doubling utility profits.
Political Geography Challenges: The clean energy transition faces structural political obstacles. Energy-producing regions, predominantly represented by Republican leadership, have vested interests in maintaining high fossil fuel prices. This creates a “wealth transfer from Red America to Blue America” dynamic that complicates bipartisan policy development.
Action Items
Implement Performance-Based Rate Making: Transition utilities from traditional cost-plus models to shared savings frameworks. Create regulatory structures where utilities profit from customer energy savings rather than consumption increases. Establish “lightly regulated utility models” that align utility and consumer interests.
Remove Market Access Barriers: Eliminate regulatory obstacles that prevent competitive clean energy deployment. Focus on being “pro-market” rather than “pro-business” to encourage genuine competition. Streamline interconnection processes for renewable energy projects.
Leverage Economic Advantages of Clean Technologies: Recognize that clean energy adoption is fundamentally an economic decision, not just environmental. Focus messaging on cost savings, operational efficiency, and competitive advantages rather than climate benefits alone. Invest in energy efficiency upgrades that can provide immediate returns while reducing emissions.
Advocate for Competitive Market Structures: Support policies that enable market-based competition rather than incumbent protection. Push for transparent pricing and reduced barriers to entry in energy markets. Engage in cross-regional partnerships (like Iowa renewable energy exports to Chicago) that create mutual economic benefits.
Develop Regional Clean Energy Partnerships: Create transmission infrastructure that connects renewable-rich regions with high-demand areas. Build coalitions across political boundaries based on shared economic interests. Focus on “situational opportunities” where clean energy benefits align across different constituencies.
Reframe the Transition Narrative: Emphasize the economic opportunity: “we can look at this as an unbelievable opportunity to have a whole lot of cake and eat it too.” Highlight international competitiveness issues and the potential for American energy productivity leadership. Demonstrate how market-driven solutions historically delivered better environmental outcomes at lower costs than predicted.
