ARPA-E logo

ARPA-E

North America, District of Columbia, United States, Washington

Description

ARPA-E, the Advanced Research Projects Agency-Energy, operates as a vital component of the U.S. Department of Energy, established in 2009. Modeled after the Defense Advanced Research Projects Agency (DARPA), its core mission is to foster the development of high-potential, high-impact energy technologies that are too nascent or risky for conventional private sector investment. Unlike traditional venture capital firms, ARPA-E provides competitive grants, acting as a critical bridge between fundamental scientific research and the eventual commercialization of groundbreaking energy solutions. Its strategic focus is on transformational technologies designed to significantly reduce energy consumption, enhance energy efficiency, mitigate harmful emissions, and bolster national energy security.

The agency primarily issues Funding Opportunity Announcements (FOAs) to solicit proposals from a diverse range of entities, including universities, national laboratories, and private companies, particularly small businesses. These grants typically support projects spanning two to three years, aimed at de-risking innovative concepts and demonstrating their technical and economic viability. ARPA-E's unique approach allows it to invest in areas where the technological hurdles are substantial, but the potential societal and economic benefits are immense, thereby creating new pathways for energy innovation that might otherwise go unfunded.

Since its inception, ARPA-E has played a significant role in advancing the U.S. energy landscape. As of late 2023, the agency had allocated approximately $3.4 billion in funding across more than 1,400 distinct projects. This substantial investment underscores its commitment to fostering a robust ecosystem for energy innovation. The average funding per project, based on these figures, is around $2.4 million, reflecting the significant scale of the research and development efforts it supports. ARPA-E's success is often measured by the subsequent attraction of private sector follow-on funding, the generation of new patents, and the ultimate commercialization of the technologies it helps incubate.

This government agency is not an equity investor but a grant-making body, making its "check sizes" reflective of research and development grants. The typical initial grant size can vary widely depending on the specific program and the scope of the project. However, based on past Funding Opportunity Announcements and project awards, a common range for initial funding often falls between $500,000 and $10,000,000. These funds are allocated to support early-stage research and development, proof-of-concept studies, and the initial scaling of promising energy technologies, ensuring that critical innovations receive the necessary support to mature before they can attract broader private investment.

Investor Profile

ARPA-E has backed more than 89 startups, with 9 new investments in the last 12 months alone. The firm has led 72 rounds, about 81% of its total and boasts 7 exits across its portfolio.

Investment Focus Highlights

  • Concentrates on Grant, Pre Seed, Seed rounds (top funding stages).
  • Majority of deals are located in United States, Canada, Australia.
  • Strong thematic focus on Energy, Renewable Energy, Manufacturing.
  • Led 8 rounds in the past year.
  • Typical check size: $500K – $10M.

Stage Focus

  • Grant (97%)
  • Pre Seed (1%)
  • Seed (1%)
  • Series C (1%)

Country Focus

  • United States (97%)
  • Canada (2%)
  • Australia (1%)

Industry Focus

  • Energy
  • Renewable Energy
  • Manufacturing
  • Education
  • Cleantech
  • Clean Energy
  • Higher Education
  • Energy Storage
  • Chemical
  • Universities
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FAQ

Frequently Asked Questions

Learn who this investor regularly partners with—both firms and angels—and explore their latest activity.

Who does ARPA-E frequently co-invest with?

Bonneville Power Administration
North America, Oregon, United States, Portland
Co-Investments: 1
Chrysalix Venture Capital
North America, British Columbia, Canada, Vancouver
Co-Investments: 1
California Energy Commission
North America, California, United States, Sacramento
Co-Investments: 2
Y Combinator
North America, California, United States, Mountain View
Co-Investments: 1
I
Europe, Hampshire, United Kingdom, Fareham
Co-Investments: 1
Anglo American
Africa, NA - South Africa, South Africa, Johannesburg
Co-Investments: 1
Castor Ventures
North America, Massachusetts, United States, Boston
Co-Investments: 1
US Department of Energy
North America, District of Columbia, United States, Washington
Co-Investments: 2
DBL Partners
North America, California, United States, San Francisco
Co-Investments: 1

What are some of recent deals done by ARPA-E?

SHINE Technologies

Janesville, Wisconsin, United States

SHINE Technologies develops fusion technology to inspect industrial components, produce medical isotopes, and generate fusion energy.

BiotechnologyEnergyHealth CareManufacturingMedicalMedical DevicePharmaceutical
GrantFeb 12, 2025
Addis Energy

Somerville, Massachusetts, United States

Addis Energy is on a mission to alter the way we feed and fuel our society, harnessing the Earth's potential for clean ammonia production.

ChemicalManufacturingOil and Gas
GrantJan 21, 2025
Amount Raised: $4,500,000
Toyota Motor North America

Plano, Texas, United States

Toyota Motor North America manufactures and sells a wide range of automobiles and accessories.

Manufacturing
GrantDec 18, 2024
Amount Raised: $4,500,000
GE Vernova

Boston, Massachusetts, United States

GE Vernova provides energy consulting, gas power, and grid solutions.

EnergyEnergy EfficiencySustainability
GrantNov 18, 2024
Amount Raised: $2,700,000
Iontra

Centennial, Colorado, United States

Iontra provides battery charging technology designed to enhance the performance of commercial lithium-ion batteries.

BatteryElectronicsEnergy Storage
GrantNov 4, 2024
Amount Raised: $2,150,000
Metalplant

Wilmington, Delaware, United States

Metalplant provides carbon-negative nickel farming that enables farmers to generate nickel and CDR.

AgricultureCarbon CaptureEnvironmental Consulting
GrantSep 19, 2024
Amount Raised: $1,720,000
Equatic

Los Angeles, California, United States

Equatic uses a seawater electrolysis process that enhances the ocean's capacity to absorb and store large quantities of carbon dioxide.

ChemicalChemical EngineeringGreenTech
GrantSep 19, 2024
CarbonBridge

Newark, New Jersey, United States

CarbonBridge converts methane to methanol using microbes in a proprietary bioreactor.

BiotechnologyChemicalRenewable Energy
GrantAug 20, 2024
Amount Raised: $719,881
Lawrence Berkeley National Laboratory

Berkeley, California, United States

Lawrence Berkeley National Laboratory conducts unclassified scientific research on behalf of the United States Department of Energy.

Big DataBiotechnologyEnergyMarket ResearchNanotechnology
GrantAug 19, 2024
Amount Raised: $2,000,000
Marathon Fusion

San Francisco, California, United States

Marathon Fusion designs, engineers and scales next-generation technologies to enable the deployment of fusion power plants.

GrantJul 18, 2024
Amount Raised: $1,000,000