Updated:
ARPA-E
ARPA-E is an organization within the U.S. Department of Energy. It supports high-risk, high-reward energy research projects. ARPA-E has made 229 investments,...
ARPA-E
ARPA-E is an organization within the U.S. Department of Energy. It supports high-risk, high-reward energy research projects. ARPA-E has made 229 investments, including a March 31, 2026, investment in Alice & Bob as part of their Grant-II.
General information
Firm type
other
Year founded
2009
Location
Region
North America
Country
United States
City
Washington
Corporate office
Washington, DC, United States
Principals
Evelyn Wang
Director
Sector focus
Frequently asked questions
How does ARPA-E differ from standard Department of Energy grant programs?
ARPA-E operates on a DARPA model: program directors serve limited terms, design targeted funding programs around specific technical bottlenecks, and have broad authority to recruit unconventional performers. Standard DOE programs fund incremental research through long-standing lab and university channels. ARPA-E focuses exclusively on technologies that have credible pathways to commercial impact but are too early or too risky for private investors.
Does ARPA-E take equity in the companies it funds?
No. ARPA-E provides funding through grants and cooperative agreements and receives no equity or financial return. The agency's success metrics are technical milestones and eventual private-sector follow-on investment, not financial performance. Several portfolio companies have collectively raised billions in private capital after their ARPA-E grants.
What investment stages does ARPA-E typically target?
ARPA-E targets the earliest technical stages — proof-of-concept through bench-scale demonstration — where private venture capital is structurally absent. The agency is designed to de-risk technologies to the point where follow-on investors, including corporate venture arms and traditional VCs, can participate. The SCALEUP program, launched in 2024, extends that bridge toward pilot-scale demonstration.
Which sectors does ARPA-E explicitly avoid?
ARPA-E does not fund incremental improvements to mature energy technologies — the agency's authorizing statute requires it to pursue only transformative approaches that are technically novel and outside the scope of normal private and public R&D programs. Routine solar, wind, or battery optimization projects belong in DOE's applied energy offices, not ARPA-E.
Who runs investment decisions at ARPA-E?
Program directors make the core funding decisions, each designing a focused technical program, soliciting proposals, and selecting performers through merit review. The director of the agency — currently Evelyn Wang — approves programs and manages the directorate. No single investment committee exists; authority is distributed across active program directors.
How is ARPA-E related to DARPA?
ARPA-E was explicitly modeled on DARPA's organizational structure and culture — flat hierarchy, term-limited program directors, and a mandate to fund high-risk, high-reward work that conventional funders avoid. The two agencies are separate organizations (ARPA-E sits inside the Department of Energy; DARPA inside the Department of Defense), but they share a personnel philosophy and program-creation model.
What is the typical follow-on funding path for an ARPA-E performer?
ARPA-E tracks follow-on funding as a key performance indicator. The agency reports that its performers have attracted over $10 billion in private-sector follow-on investment. Typical paths include venture capital rounds for startups, strategic partnerships with large industrial firms, or additional Department of Energy scale-up funding through the Loan Programs Office.
Profile maintained by Altss using OSINT (open-source intelligence), regulatory filings, licensed data partners, and verified direct submissions. Read the methodology. Last updated: . Continuous refresh with full update cycles at least every 30 days.
Need institutional-grade insight on investors?
Altss delivers:
Prefer a guided tour?
We’ll walk you through: