Helping National Laboratories Translate Energy Research into Real-World Impact

Bridge the gap between cutting-edge energy research and practical applications to maximize funding impact, inform policy, and influence industry adoption.

Partner with Us to Maximize Your Research Impact

The Challenge for National Laboratories in Advancing Energy Innovation

National laboratories conduct world-class research in energy efficiency, grid modernization, decarbonization, and emerging technologies. However, successfully translating this research into real-world impact requires overcoming several challenges:

  • Aligning research with policy and industry needs

    to accelerate adoption and maximize funding effectiveness.

  • Bridging the gap between technical analysis and market implementation

    to ensure research findings drive tangible results.

  • Navigating complex stakeholder landscapes

    that include policymakers, utilities, and private-sector partners.

  • Communicating research outcomes effectively

    to secure funding, influence policy, and guide program development.

  • Positioning pilot projects for broader adoption

    by aligning them with policy frameworks and funding mechanisms.

Through strategic advisory, stakeholder facilitation, and policy alignment, we help national laboratories translate research into meaningful action.

Trusted by National Laboratories to Bridge Research and Real-World Applications

Experts in Energy Policy, Market Adoption, and Stakeholder Coordination

Services for National Laboratories

  • Translate complex research into actionable insights through policy briefs and industry reports

CASE STUDY: Effect of adaptive cruise control on fuel consumption in real-world driving conditions

How do national laboratories ensure their research influences policy and market adoption?

Successful research-to-policy translation requires strategic engagement with policymakers, industry leaders, and regulatory bodies. We help laboratories structure their research to align with policy goals, funding priorities, and real-world implementation pathways, ensuring that findings lead to tangible outcomes.

How can national laboratories better engage with government agencies and utilities?

National labs generate critical research that informs energy policies and programs. We help translate research findings into actionable insights for government agencies and utilities, ensuring alignment with policy objectives and regulatory frameworks. Through advisory support and research communication, we can assist labs in effectively engaging with key decision-makers.

How can national labs scale pilot projects into full-scale implementation?

Scaling research from pilot projects to widespread adoption requires strategic alignment with policy and industry needs. We can support national labs by analyzing market barriers, identifying policy gaps, and providing research-backed recommendations to help position pilot findings for broader application.

How can national laboratories measure the real-world impact of their research?

Demonstrating impact requires clear research communication and alignment with policy and funding priorities. We can assist national labs in structuring research outputs to highlight policy relevance, market potential, and measurable outcomes, ensuring findings are positioned for greater influence.

How can national laboratories effectively communicate their research findings?

Research impact depends on clear, compelling communication. We help laboratories develop peer-reviewed papers, technical reports, and policy briefs that translate complex research into actionable insights for policymakers, industry stakeholders, and funding agencies.

What role do national labs play in advancing energy codes and standards?

National laboratories provide foundational research that shapes energy codes, standards, and test procedures. We help translate research into actionable policy recommendations and support regulatory engagement to ensure research findings drive tangible advancements in efficiency and decarbonization.

Resources

Effect of adaptive cruise control on fuel consumption in real-world driving conditions Effect of adaptive cruise control

Effect of adaptive cruise control on fuel consumption in real-world driving conditions

Together with members of the Vehicle Mobility Systems team at Argonne National Laboratory, including Ayman Moawad (lead), Jihun Han, Dominik Karbowski, Yaozhong Zhang, and Aymeric Rousseau, Matt Zebiak from 2050 Partners explores the root causes behind observed efficiency differences between automated drivers and human drivers.

Take the Next Step in Research Impact & Policy Influence

Maximize the influence of your research by aligning it with policy, funding priorities, and real-world applications.

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