Contesting the Frontier: Rethinking US Energy Innovation Policy in a Semi-Settled Landscape

A strategic reassessment for an era of global competition and AI-driven electricity demand

The enduring metaphor of the 'endless frontier' has guided American science policy since Vannevar Bush's 1945 report. But as the global energy landscape evolves, that metaphor is becoming dangerously misleading. Today, the US energy innovation frontier is not open and unexplored—it is a contested territory where rival powers have established fortified settlements, and where private and public actors must navigate a complex terrain of market failures, geopolitical competition, and systemic barriers.

Silicon Forward explores the implications of this shifting landscape for technology executives, investors, and policymakers. Drawing on a recent report by David M. Hart at the American Enterprise Institute (AEI), we examine why a more targeted, strategic approach to federal energy innovation policy is critical to maintaining US competitiveness in an era of surging AI-driven electricity demand and Chinese industrial ascendancy.

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Executive Summary

  • Market and system failures have long impeded private investment in US energy innovation, from environmental externalities to coordination gaps and perceived risk.
  • Nonmarket competition from China has amplified these barriers, with Chinese state-backed actors controlling vast segments of the global clean energy supply chain.
  • A robust federal response must move beyond piecemeal tools and deploy fiscal, regulatory, information, and trade levers systematically.
  • The most effective policy will likely be narrowly focused on a few 'big bets'—such as advanced nuclear, grid modernization, and next-generation energy storage—rather than spreading resources across the entire landscape.
  • For enterprise technology and digital infrastructure, this shift has direct consequences: data center operators, cloud providers, and semiconductor fabs need reliable, clean, affordable power to sustain growth.

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Introduction

The image of the 'endless frontier' has shaped American innovation policy for eight decades. Yet recent developments—from the rise of state-sponsored Chinese industrial champions to the explosive growth of AI data centers—suggest the frontier is no longer empty. It is a semi-settled landscape, replete with entrenched incumbents and formidable foreign competitors.

In April 2025, Michael Kratsios, director of the White House Office of Science and Technology Policy, invoked the endless frontier spirit. But his own 'promotion and protection' strategy acknowledged the conflictual nature of modern technology competition. The United States cannot simply fund basic research and expect to lead the world across all technological domains. This is especially true in energy innovation.

Energy is the lifeblood of the digital economy. Artificial intelligence requires massive computing power, and computing power requires electricity. Data centers are becoming the new factories of the 21st century, and their energy appetite is reshaping utilities, grid operators, and energy markets. The AEI report, titled "Contesting the Frontier: Rethinking US Energy Innovation Policy in a Semi-Settled Landscape," offers a timely framework for how the US should navigate this contested terrain.

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Technology Context: The Energy Innovation Landscape

Innovation in energy has moved beyond solar panels and wind turbines. The next wave includes advanced nuclear reactors (small modular reactors, SMRs), long-duration energy storage, green hydrogen, advanced geothermal systems, carbon capture utilization and storage (CCUS), and AI-optimized grid management. These technologies promise to decarbonize while ensuring reliability and affordability.

Yet the United States is not starting from a blank slate. China has made energy technology a strategic priority. It dominates solar module manufacturing, battery production, and rare earth processing. It is building advanced nuclear reactors at a breakneck pace and outspending the United States in several clean-energy sectors. These are not mere market outcomes; they are the result of state-directed industrial policy and coordinated business strategies.

In this semi-settled landscape, the frontier is 'contested' in the same way that the American West was once contested—by indigenous peoples, European rivals, and settlers with conflicting claims. Innovators must not only solve engineering challenges but also navigate an environment where governments wield subsidies, tariffs, and exclusionary standards to shape outcomes.

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Main Analysis: Market and System Failures

The economic case for government intervention in energy innovation rests on well-understood market and system failures. Markets fail to price environmental externalities, such as greenhouse gas emissions. Knowledge spillovers mean that the benefits of research and development accrue more broadly than to the inventing firm, leading to underinvestment. Market power and coordination failures further distort incentives.

Beyond conventional economics, 'innovation systems' theory highlights gaps in the networks and institutions that support technological development. These include workforce skills, supply chains, infrastructure, and regulatory frameworks. In energy, these system failures are pronounced. Utilities are often monopolies with weak incentives to experiment. The electricity grid is a fragmented patchwork of regional operators and state regulators—a coordination failure at national scale.

Clean energy startups face a 'valley of death' where promising lab results struggle to reach commercialization. Venture capital, which thrives on software's low capital requirements and fast iterations, is often reluctant to fund capital-intensive, hardware-heavy ventures with long development cycles. This is where public policy must play a catalytic role.

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The Semi-Settled Frontier: China's Fortified Positions

The AEI report emphasizes that Chinese competition adds a new layer to these traditional barriers. China has established 'fortified settlements' on the energy innovation frontier. Its global market share in solar panels exceeds 80%. It controls a dominant share of battery manufacturing. It is also building out nuclear and grid infrastructure with state-backed financing and support.

This is nonmarket competition. Chinese firms often operate under strategic directives rather than pure profit motives, can access low-cost capital from state banks, and enjoy direct and indirect subsidies. They can also benefit from China's massive domestic market, which serves as a testbed and cost-reduction engine.

The result is that US innovators face competitors with scale, speed, and state backing. Even if the United States funds R&D and supports early-stage ventures, it may struggle to achieve manufacturing scale and cost competitiveness. The frontier is effectively controlled by actors who are not playing by the same rules.

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Policy Tools for a Contested Frontier

To contest this frontier, the federal government can deploy a wide range of tools. The AEI report categorizes these as fiscal, regulatory, information, trade, and diplomatic. The challenge is to use them systematically and strategically, not piecemeal.

Fiscal tools include tax credits, loans, grants, and procurement. The Inflation Reduction Act (IRA) made historic investments in clean energy, but its implementation is still unfolding. Federal procurement could create early demand for advanced nuclear power, using the Department of Defense and the federal civilian fleet as anchors.

Regulatory tools shape the market environment. The Federal Energy Regulatory Commission (FERC) can streamline transmission line siting, while the Nuclear Regulatory Commission (NRC) can expedite licensing for advanced reactors. State-level net metering and renewable portfolio standards also matter, but federal intervention can reduce jurisdictional fragmentation.

Information tools include mapping, modeling, and standardization. The Department of Energy's national laboratories can provide independent assessments of technological maturity and grid impacts. Standards development for cyber-physical infrastructure, such as EV charging and grid interconnections, can accelerate adoption.

Trade tools are essential to address Chinese industrial policy. Section 301 tariffs, antidumping duties, and export controls are all instruments that can protect emerging domestic industries. The recent tariff on Chinese electric vehicles is a prime example. Yet these tools must be used carefully to avoid harming US allies or raising costs for domestic consumers.

Diplomatic tools help forge alliances with like-minded nations to set standards and share R&D costs. The US-EU Trade and Technology Council, the Quad, and the G7 Sustainable Finance Working Group all offer venues for collaborative innovation policy.

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Focused Forays: A Strategic Approach

Given the fragmentation of US policymaking and limited executive authority, a broad, sprawling approach to energy innovation is likely to fail. The AEI report calls for 'focused forays'—concentrating resources and political capital on a few big opportunities where success is feasible and consequential.

One such foray is advanced nuclear energy. The second Trump administration has made civilian nuclear a priority, supporting technologies like small modular reactors. The administration has also released an Energy Emergency Directive to expedite the connection of new generation to the grid, including nuclear and natural gas. However, the AEI analysis cautions that a successful strategy must go beyond rhetoric and include a clear-eyed assessment of licensing timelines, supply chain constraints, and public acceptance.

Another candidate for a focused foray is grid modernization and long-duration storage. AI data centers need reliable, dispatchable power around the clock. The current grid cannot handle the projected surge in load from AI, electric vehicles, and industry. By concentrating on grid-scale storage, advanced transmission technologies, and smart loads, the US could address a critical bottleneck.

A third possibility is industrial decarbonization, particularly in hard-to-abate sectors like cement and steel. The US has the opportunity to lead in carbon capture technology, but without a clear policy push, the innovation pipeline will remain stalled.

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Industry Impact: AI, Data Centers, and Enterprise Energy Demand

For technology enterprises, the energy frontier is directly relevant to their operational resilience and growth. AI training clusters now consume tens of megawatts of power, and future clusters could require gigawatts. Microsoft, Google, Amazon, and others are all negotiating large power purchase agreements with utilities and exploring signing nuclear power supply deals.

The AEI report's emphasis on energy innovation policy has a clear echo in the corporate boardroom. If the US lags in advanced nuclear or grid storage, data center construction will stall, slowing AI adoption. Conversely, a robust innovation ecosystem that brings down costs and accelerates deployment will create a competitive advantage for US companies.

For investors, this represents both a risk and an opportunity. Startups developing next-generation nuclear, geothermal, and storage technologies are attracting venture capital, but they face long development horizons and regulatory uncertainty. Policy clarity can unlock much larger pools of private capital, including from infrastructure funds and pension funds seeking long-duration, low-carbon assets.

The established energy technology industry is also affected. Utilities, engineering firms, and equipment manufacturers must adapt to new market dynamics. The rise of AI-driven demand has made energy services a 'growth industry' again—but only for those who embrace innovation.

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Strategic Insights: Implications for Entrepreneurs and Investors

  • Policy risk is now the primary variable. Startups should monitor federal and state policy closely, as shifts in regulation and tariffs can make or break business models.
  • Venture capital needs patience. Deep tech industries like advanced nuclear are not venture-scale in the traditional three-to-five-year horizon. Longer hold times and new financial instruments (like infrastructure transition funds) are necessary.
  • Incumbents will not lead the transition. Emerging companies have an opportunity to outflank traditional utilities, but they must partner with key players to navigate the fragmented market.
  • International alliances are underused. American startups should consider EU and Asian partners to diversify risk and access new markets.
  • The data center industry is becoming a policy actor. Cloud providers and AI companies are in a unique position to make credible commitments to clean energy, influencing procurement and regulation.

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Future Outlook: 5–10 Years Ahead

Over the next decade, the energy innovation frontier will undergo profound changes. AI will both increase electricity demand and enable new optimization tools for grids, consumption, and supply. Technologies that are now at the pilot stage could reach commercial scale: SMRs, advanced geothermal, and long-duration battery systems.

However, this trajectory is not guaranteed. It depends on whether the United States adopts a coherent innovation strategy that aligns public and private efforts. If the nation continues to rely on a disjointed collection of programs, it will lose ground to China, which has the ability to plan over longer horizons and to mobilize vast resources.

The good news is that China's command-and-control approach also has weaknesses. Innovation thrives on decentralization, experimentation, and open knowledge exchange. By combining strategic focus with American entrepreneurial dynamism, the United States can reclaim the frontier—but only by acknowledging that it must contest, not just explore.

For enterprise technology, the path forward is clear: the companies that invest in energy efficiency, power procurement, and partnerships with clean energy innovators will be better positioned for growth. Investors who understand the interplay between policy, technology, and geopolitics will capture outsized returns.

The issue is not whether energy innovation will transform the digital economy—it will. The question is whether the United States will lead that transformation or be forced to navigate a landscape where others set the rules and own the tools.

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Conclusion

The romantic vision of the endless frontier has outlived its usefulness. As the AEI report masterfully argues, the US must now contest a semi-settled landscape. The federal government has the tools—fiscal, regulatory, information, trade, and diplomatic—to enable American innovators to compete. But these tools must be wielded with strategic precision, focusing on a few high-impact opportunities rather than scattered efforts.

For Silicon Forward, the message resonates beyond policy. The energy system is the underpinning of all digital innovation. Without affordable, reliable, clean power, the AI revolution will stall. It is time for technology leadership to embrace a more sophisticated understanding of energy policy—not as a niche environmental issue, but as a core competitive imperative.

The frontier may no longer be endless, but it is still open to those willing to contest it. America's technology ecosystem, with its strengths in research, entrepreneurship, and capital formation, has the potential to lead the way. But it will require a new generation of public-private partnerships and a clear-eyed, strategic approach to the contested territory ahead.

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Key Takeaways

  • The 'endless frontier' metaphor is obsolete; energy innovation is a contested domain with strategic rivals.
  • Traditional market failures still impede innovation, but Chinese industrial policy adds new, nonmarket barriers.
  • A systematic blend of fiscal, regulatory, trade, and diplomatic tools is essential, but focus is crucial.
  • Advanced nuclear, grid storage, and industrial decarbonization are promising 'focused forays'.
  • AI data center electricity demand makes energy policy a board-level technology issue.
  • Investors should expect longer horizons for energy deep tech but significant upside if policy aligns.
  • US competitive advantage comes from iteration, decentralization, and capital markets—strengths to leverage.

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