Why this matters
- AI is integral to modern manufacturing—from product design to shop floor operations to supply chain management—driving dependence on cutting-edge data centers.
- Manufactured inputs (cooling systems, electrical equipment, water treatment, concrete, steel, servers, semiconductors) are critical to data centers, AI facilities and the grid.
- Abundant energy is essential to power manufacturers and the data centers underpinning AI innovation.
AI Adoption Expectations Among Manufacturers
MLC Future of Manufacturing Project Survey 2025
Manufacturing Roadmap to AI and Energy Dominance
AI-powered modern manufacturing depends on an ambitious energy and innovation policy framework. Policymakers must:
- Reform America’s broken permitting process to get shovels in the ground faster—with fewer delays and less uncertainty;
- Bolster American energy dominance via an all-of-the-above energy strategy;
- Ensure a reliable, resilient and affordable grid that can power manufacturing growth and data center operations; and
- Strengthen American AI leadership by fostering innovation and preventing regulatory overreach.
Permitting Reform
Unclear timelines, overlapping statutes and prolonged litigation are delaying critical energy and manufacturing projects. NAM’s reforms modernize reviews, tighten litigation rules and add predictability so investments can move forward.
NAM Q2 2024 and Q4 2024 Manufacturers’ Outlook Surveys
- Reform the National Environmental Policy Act (NEPA): Streamline reviews and require timely, definitive decisions to prevent years of uncertainty for projects.
- Expedite judicial review: Establish a workable statute of limitations, limit challenges to directly affected stakeholders who provided substantive input, and define clear limits on when courts may vacate agency actions.
- Codify Supreme Court precedent on NEPA scope: Focus reviews on proximate, project‑specific impacts—not speculative or distant effects.
- Clarify federal action triggers: Receiving federal financial support should not automatically trigger NEPA. Incentives should accelerate, not stall, projects.
- Expand categorical exclusions and share them across agencies: Use Section 109 authority under the Fiscal Responsibility Act to increase exclusions and allow interagency transferability for common, low‑impact activities.
- Create and enforce deadlines: Set statutory timelines for environmental reviews to eliminate open‑ended processes and improve planning certainty.
- Streamline the Clean Water Act: Clarify timelines, roles and permitting scope; expand general permits to reduce duplicative and lengthy reviews.
- Modernize the Clean Air Act: Ensure workable PM2.5 and ozone standards and realistic review cycles; allow regional emissions‑credit trading and discount international emissions when setting compliance burdens.
- Provide regulatory certainty and a lead agency: Coordinate across agencies, designate a lead agency for major projects and prevent conflicting guidance that slows energy and AI‑related development.
- Secure critical materials and modernize infrastructure: Align DOE and DOI critical lists to unlock domestic mining/processing, modernize pipeline permitting and improve interconnection so electrons get where they’re needed.
Energy Dominance
Explosive demand requires producing and using every energy source available—an all-of-the-above strategy that lets manufacturers build and grow in the U.S.
- Baseload generation: Support traditional nuclear; streamline small modular reactors and continue natural‑gas buildout.
- Onshore & offshore resources: Responsibly expand exploration and development, including ANWR Coastal Plain and the OCS.
- Renewables & storage: Embrace solar, wind and batteries; align tax and regulatory policies to encourage domestic production.
A Reliable, Resilient and Affordable Grid
- Construct and interconnect more T&D lines: Expand capacity with fair cost allocation to avoid stranded assets and rising prices.
- Improve and deploy battery storage: Secure domestic supply chains and simplify grid integration to enhance balance and cut costs.
- Boost domestic grid components and supply chains: Invest in transformers and other essentials; counter low‑quality imports and cybersecurity risks.
80% of manufacturers want the administration and Congress to deliver comprehensive permitting reform to increase energy generation and modernize the grid for AI and manufacturing growth.
AI Innovation and Leadership
Alongside energy and grid modernization, policymakers should adopt an agile, risk‑based framework for AI that supports innovation, reduces redundant regulation and clarifies expectations for transparency and accountability.
- Review existing federal laws and regulations: Identify—and fix—rules that inhibit AI development or deployment. Only add AI‑specific rules when existing frameworks truly fall short.
- Regulate use, not the tool: Take a context‑specific, risk‑based approach that focuses on how AI is used in manufacturing rather than on the underlying technology.
- Right‑size compliance: Favor workable, balanced rules that rely on industry standards and self‑assessments over audit‑heavy regimes to avoid chilling innovation.
- Transparency best practices: Task NIST with guidance that helps AI deployers understand model development, training data and performance so they can meet risk‑based obligations.
- Preserve a level playing field: Ensure continued access to both open‑source/open‑weights and proprietary models so manufacturers of all sizes can compete.
- Coordinate policy across jurisdictions: With 40 states enacting 110+ AI laws, align federal and state approaches and ensure lawmakers understand real manufacturing use‑cases.
87% of manufacturers say it is important for lawmakers to understand how manufacturers use AI.
Working Smarter: How Manufacturers Are Using Artificial Intelligence
Unlock the power of artificial intelligence in manufacturing with the NAM’s first-of-its-kind report, “Working Smarter: How Manufacturers Are Using Artificial Intelligence.” This report is a vital resource for understanding the transformative role of AI in manufacturing and the strategic insights it offers for industry growth and competitiveness. Join us in navigating the future of manufacturing through the lens of AI.
How Do Manufacturers Use AI?
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1Efficiency: Manufacturers harness AI to streamline processes, optimize production and enhance overall operational efficiency.
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2Safety: AI technologies are deployed to proactively identify and mitigate potential safety hazards, ensuring a secure working environment for employees.
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3Product Development and Design: AI plays a pivotal role in accelerating product development cycles, enabling innovative design iterations and enhanced product customization.
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4Training: AI-driven training modules and simulations empower manufacturers to upskill their workforce and enhance employee performance efficiently.
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5Supply Chain: AI integration in supply chain management enhances visibility, efficiency and responsiveness across the entire supply chain ecosystem.
