Berkeley Lab Energy Technologies Area

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Berkeley Lab Energy Technologies Area Analysis, research, and development leading to better energy technologies and reduction of adverse energy-related environmental impacts.

The Berkeley Lab Energy Technologies Area mission is to perform analysis, research, and development leading to better energy technologies and reduction of adverse energy-related environmental impacts. The vision is to be a global innovation hub for science, technology, and policy solutions to the world’s most critical energy and environment challenges.

"Critical minerals are the raw ingredients of the modern economy," says Energy Technologies Area at Berkeley Lab researc...
10/07/2026

"Critical minerals are the raw ingredients of the modern economy," says Energy Technologies Area at Berkeley Lab researcher Andrew Haddad.

That's because these minerals are everywhere: in your phone and your car, in data centers training AI models, even in medical devices and defense systems.

"We have a lot of these minerals in the ground here," Haddad continues in a recent article out on ETA's website. "The challenge is that the deposits in the U.S. tend to be lower-grade or chemically more complicated than what's available abroad, which makes them more expensive to refine."

Haddad's team of researchers at Berkeley Lab are working to understand how we can change that, in three key areas:
1.) making domestic extraction and refinement cheaper and cleaner;
2.) mapping supply chain bottlenecks so industry and policymakers can plan ahead;
3.) developing alternative materials that reduce demand for the most constrained minerals.

Read more on this work and Haddad's perspective on what's ahead for critical minerals in the U.S. at the link below

The U.S. Department of Energy's Industrial Technologies Office just selected nine projects for its Industrial Technology...
09/28/2026

The U.S. Department of Energy's Industrial Technologies Office just selected nine projects for its Industrial Technology Validation program—and Berkeley Lab is proud to be part of it.

As Assistant Secretary of Energy Audrey Robertson put it, “a major barrier hindering industrial adoption of many promising technologies is that end users lack reliable and unbiased information about their performance.”

That's exactly the gap ITV is designed to close. Energy Technologies Area at Berkeley Lab is supporting the program by providing independent, rigorous assessments to evaluate the real-world performance and operational potential of emerging industrial technologies—giving industry the unbiased, statistically sound performance data it needs to make decisions with confidence.

Details and press release from DOE here: https://www.energy.gov/cmei/ito/articles/energy-department-announces-industrial-technology-validation-program-selections

Outstanding achievement from Berkeley Lab Senior Scientist Anubhav Jain! Recently announced as a finalist in the chemica...
09/22/2026

Outstanding achievement from Berkeley Lab Senior Scientist Anubhav Jain! Recently announced as a finalist in the chemical sciences division for the 2026 Blavatnik Family Foundation National Awards for Young Scientists, we are thrilled to see his pioneering work recognized in this way.

Jain is consistently pushing boundaries in the field of high performance computing, specifically through innovative and cutting-edge numerical tools that utilize large-scale computation, physics-grounded modeling, and AI to accelerate materials discovery.

Read more about Jain’s work and this Young Scientists recognition at the link below.

"I'm truly honored to be recognized by the Blavatnik Foundation," said Anubhav Jain, "and even more so by what the award...
09/16/2026

"I'm truly honored to be recognized by the Blavatnik Foundation," said Anubhav Jain, "and even more so by what the award represents: decades of collaborative work within the broader research community to integrate simulation and experiments with AI and high-performance computing, leading to new methods adopted by industry, academia, and national labs for accelerated materials design."

Congratulations to Berkeley Lab Senior Scientist Anubhav Jain on his recognition from the Blavatnik Family Foundation and their Young Scientists award. Find details on this award and Jain’s work in the release below.

Sept. 16, 2026 Eighteen early-career scientists have been named Finalists for the 2026 Blavatnik National Awards for Young Scientists, competing for three unrestricted $250,000 Laureate prizesSince 2007, the Awards have invested more than $20 million in over 500 scientists worldwideThe investment h...

In case you missed it, the National Academy of Engineering webinar on AI-Driven Data Centers is now available on-demand....
08/17/2026

In case you missed it, the National Academy of Engineering webinar on AI-Driven Data Centers is now available on-demand.

Our Mary Ann Piette joined Robert Wagner in moderating the session, following their collaborative efforts guest-editing the Spring issue of the Bridge Magazine that led to this webinar. ETA's Jessica Granderson also joined the panel to discuss her research which was highlighted in the Spring issue.

Like our energy technologies work at Berkeley Lab, the webinar explored how advanced engineering can help create data centers capable of meeting the rapidly growing energy demands of the AI era.

Watch it here:
https://www.nae.edu/347543/2026-spring-bridge-on-ai---driven-data-centers

Our Berkeley Lab Director of Building and Industrial Energy Systems Division Jessica Granderson and Associate Lab Direct...
08/07/2026

Our Berkeley Lab Director of Building and Industrial Energy Systems Division Jessica Granderson and Associate Lab Director Mary Ann Piette are excited to join this panel for a webinar on Wednesday, August 12. Delving into the National Academy of Engineering's Spring 2026 issue of The Bridge Magazine, lead authors will share insights on their research related to AI-Driven Data Centers. Plus a live online audience Q&A.

Details via link in comments below.

What can a returned asteroid sample tell us about the origins of our solar system? A lot, if you have the right tools.Re...
04/09/2026

What can a returned asteroid sample tell us about the origins of our solar system? A lot, if you have the right tools.

Researchers including scientists from Berkeley Lab Energy Technologies Area have published a groundbreaking study in PNAS analyzing samples from asteroid Bennu, returned by the NASA - National Aeronautics and Space Administration OSIRIS-REx mission. Using analytical capabilities uniquely available at Berkeley Lab, the team found that organic matter and minerals on Bennu exist in compositionally and spatially distinct chemical pockets at the nanoscale.

This tells us that water once flowed through Bennu’s parent body along restricted pathways, preserving delicate nitrogen-rich organic compounds and leaving behind a diverse mix of carbonates and organosulfur species.

Also, this finding shows that fragile organic molecules can survive the chaotic, and harsh environment of a primitive asteroid. It’s a truly exciting finding that is helping us understand the diversity of aqueous-based chemical processes in the outer solar system.

🔗 Read the full study here:

Asteroid Bennu preserves primitive material from the early solar system, and returned samples allow direct examination of how organics and minerals...

The food & beverage industry is central to our economy and livelihood and yet significant aspects of the value chain are...
03/31/2026

The food & beverage industry is central to our economy and livelihood and yet significant aspects of the value chain are outdated and could be optimized for affordability. Berkeley Lab Energy Technologies Area has created the Food & Beverage Operational Optimization and Deployment (FOOD) Center with funding support from U.S. Department of Energy Office of Critical Minerals and Energy Innovation to catalyze innovation in this sector.

The FOOD Center will support the development of technologies that target scalable solutions across the entire value chain. This includes operations in:
- Agriculture
- Food and beverage processing
- Retail and distribution
- Transportation and storage
- Byproducts and waste streams

The outcome will be a RD&D platform that supports public and private investment and enhanced U.S. technological competitiveness.

With the staggering proliferation of data centers across the U.S., energy demand is skyrocketing. To advance options tha...
03/24/2026

With the staggering proliferation of data centers across the U.S., energy demand is skyrocketing. To advance options that will reduce the impact of this demand growth on the grid, Berkeley Lab Energy Technologies Area are forming the Data Center Cooling Collaborative with funding support from U.S. Department of Energy Office of Critical Minerals and Energy Innovation.

A central component to the project is a data center cooling testbed network with private and public sector partners working to advance a variety of cooling technologies that reduce data center load on the grid.

Goals of the project are:
- To establish a data center cooling testbed network that supports diverse and evolving cooling needs across a wide range of IT-cooling configurations.
- To promote real-world impact and industry adoption through strong, long-term industry engagement.
- To develop industry-trusted testing protocols, digital twin software, and commercialization pathways.
- To reduce the overall time and cost to bring advanced cooling technologies to market.

Read more about this effort and follow along with our progress here:

Berkeley Lab projects among Department of Energy awardees for industrial innovation

As electricity demand is expected to surge, Berkeley Lab Energy Technologies Area is leveraging demand flexibility capab...
03/17/2026

As electricity demand is expected to surge, Berkeley Lab Energy Technologies Area is leveraging demand flexibility capabilities for U.S. industry in conjunction with U.S. Department of Energy Office of Critical Minerals and Energy Innovation.

Currently, only 9% of utilities offer demand flexibility programs and just 4% of customers participate. That means there is massive potential for the industrial sector to help stabilize the grid through load flexibility that utilizes existing capacity already on the market.

Resource-secure Energy Flexibility (REFLEX) will develop and demonstrate innovative approaches for harnessing load flexibility as a strategy to cut operational costs and support rapid growth in industrial productivity with existing grid resources.

The project will feature real-world load flexibility in multiple applications including:
- Data centers
- Food distribution
- Manufacturing
- Water treatment

REFLEX will be complemented by analysis of market potential and business case support tools. Read more in the project brief:

Berkeley Lab projects among Department of Energy awardees for industrial innovation

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