Sandia National Laboratories Consolidates Power Sources Research in New Albuquerque Facility

Sandia National Laboratories has officially consolidated its power sources research and development operations into a newly constructed, state-of-the-art facility in Albuquerque, New Mexico. The move brings together scientists, engineers, and technicians previously dispersed across multiple buildings into a single, integrated campus designed to accelerate innovation in energy storage, battery technology, and grid resilience. The new building, located within Sandia’s main Albuquerque campus, supports critical national security missions and advances in clean energy infrastructure.

Purpose and Scope of the Consolidation

The consolidation aims to improve collaboration, streamline workflows, and enhance security for sensitive research involving advanced power systems. According to Sandia officials, the new facility houses laboratories dedicated to battery testing, electrochemical analysis, thermal management, and materials synthesis — all essential components in developing next-generation energy storage solutions for defense applications and civilian infrastructure.

By centralizing these capabilities, Sandia reduces redundancies, improves equipment utilization, and fosters interdisciplinary teamwork between groups focused on lithium-ion batteries, solid-state energy systems, hydrogen storage, and grid-scale energy management. The facility likewise includes specialized spaces for testing under extreme conditions, such as high temperature, vibration, and impact scenarios, which are vital for ensuring reliability in military and aerospace environments.

Strategic Importance to National Security and Energy Innovation

Power sources research at Sandia plays a direct role in supporting U.S. Department of Defense initiatives, including portable power for soldiers, resilient energy systems for military bases, and backup power for critical national infrastructure. The lab’s work also contributes to broader national goals, such as advancing the U.S. Department of Energy’s Hydrogen and Fuel Cell Technologies Office initiatives and improving the safety and performance of renewable energy integration.

In recent years, Sandia has intensified its focus on developing safer, longer-lasting batteries and exploring alternatives to lithium-ion technology, including sodium-ion and flow batteries. The new facility enables faster prototyping and validation cycles, helping bridge the gap between laboratory discovery and real-world deployment.

Facility Features and Capabilities

The new building spans approximately 120,000 square feet and includes:

• Advanced battery cycling and safety testing labs
• Inert atmosphere gloveboxes for air-sensitive materials
• Thermal imaging and tomography systems for internal battery analysis
• Environmental chambers capable of simulating desert, arctic, and high-altitude conditions
• Collaborative workspaces and conference areas designed to encourage cross-team interaction
• Enhanced cybersecurity protections for sensitive data and control systems

Sandia emphasizes that the facility meets modern sustainability standards, incorporating energy-efficient HVAC systems, LED lighting, and water conservation measures. The design also allows for future expansion as research priorities evolve.

Economic and Community Impact

The consolidation represents a significant investment in Albuquerque’s science and technology sector. Sandia National Laboratories, operated by National Technology & Engineering Solutions of Sandia (NTESS), a wholly owned subsidiary of Honeywell International, is one of New Mexico’s largest employers, with over 12,000 staff across its locations.

The project generated hundreds of construction jobs and continues to support local suppliers and service providers. Sandia also maintains active partnerships with the University of New Mexico, New Mexico Tech, and Central New Mexico Community College to develop workforce pipelines in STEM fields, particularly in energy systems and materials science.

Context Within Sandia’s Broader Mission

As one of the three National Nuclear Security Administration (NNSA) laboratories — alongside Los Alamos and Lawrence Livermore — Sandia’s primary mission is ensuring the safety, security, and reliability of the U.S. Nuclear deterrent. However, its work extends far beyond defense, encompassing energy assurance, cybersecurity, transportation systems, and climate resilience.

The power sources consolidation aligns with Sandia’s 2023 Strategic Plan, which identifies “Energy Security and Resilience” as a core pillar. The plan calls for integrating advanced modeling, experimental validation, and systems engineering to solve complex energy challenges facing the nation.

Looking Ahead

With the new facility now operational, Sandia researchers are launching several initiatives focused on extreme fast-charging batteries, solid-state electrolytes, and AI-driven materials discovery. Officials indicate that the centralized layout will allow for quicker iteration cycles and more efficient use of high-value equipment, such as electron microscopes and synchrotron beamlines accessed through partnerships with facilities like the Advanced Photon Source at Argonne National Laboratory.

As demand grows for reliable, scalable, and safe energy storage — both for military operations and civilian grid modernization — Sandia’s consolidated power sources capability positions the lab to remain a national leader in applied energy research.

Key Takeaways

• Sandia National Laboratories has moved its power sources research into a new, purpose-built facility in Albuquerque to improve collaboration and security.
• The consolidation supports advancements in battery technology, hydrogen storage, and grid resilience for defense and civilian applications.
• The facility includes specialized labs for testing under extreme conditions and emphasizes sustainability and energy efficiency.
• Sandia’s work contributes to national security goals and clean energy innovation, backed by partnerships with universities and industry.
• The project reinforces Albuquerque’s role as a hub for advanced scientific research and technology development.

Frequently Asked Questions

Why did Sandia consolidate its power sources research?

To enhance collaboration, improve security, reduce operational redundancies, and accelerate innovation in energy storage systems critical to national security and infrastructure resilience.

What types of research are conducted in the new facility?

Research includes battery development and testing, electrochemical analysis, thermal management, materials synthesis, and evaluation of energy storage systems under extreme environmental and mechanical stress.

Is the new facility open to the public?

No. As a federal research laboratory engaged in national security work, access to Sandia facilities is restricted to authorized personnel and escorted visitors.

How does this project benefit the local economy?

The consolidation created construction jobs, supports local vendors, and strengthens Sandia’s ongoing partnerships with New Mexico universities and colleges to train the next generation of STEM workers.

What is Sandia’s broader mission beyond power sources research?

Sandia’s primary mission is ensuring the safety and reliability of the U.S. Nuclear arsenal. It also conducts research in cybersecurity, energy assurance, transportation systems, homeland defense, and climate resilience.