Projects

BEST START advances innovative technologies with the potential to drive the future of sustainable energy. BEST START prioritizes promising technology with battlefield application.

Technologies

Extreme Temperature Electrolytes

Developing electrolytes capable of operating efficiently across extreme temperature ranges, from as low as -40°C to over 60°C. These advancements are critical for ensuring the reliability and performance of energy storage systems under varied environmental conditions.

Solid State Batteries

Advancing the technology of solid-state batteries to offer safer, more efficient energy storage solutions. These batteries represent a significant leap forward in terms of energy density and safety, reducing the risk of battery fires and enhancing longevity.

Advanced / Novel
Pouch Cell Fabrication

Innovating the manufacturing processes for pouch cells to enhance performance and scalability. These improvements aim to increase the efficiency and cost-effectiveness of batteries, making them more accessible for large-scale applications.

Meso-scale Combustion

Exploring small-scale combustion processes that are more efficient and less polluting than traditional methods. This technology focuses on generating energy in compact settings, ideal for portable power generation where space and efficiency are critical.

Ultra-wide Bandgap Voltaics

Investigating photovoltaic technologies that can operate across a wide bandgap spectrum, enhancing energy conversion efficiency. These technologies are pivotal for improving solar panels’ performance, particularly in environments with variable lighting conditions.

Energy Conversion from Decay Products

Harnessing decay products for sustainable energy conversion, this innovative approach seeks to utilize by-products of chemical processes as a source of energy, opening new avenues for recycling waste into power.

Multi-source Energy Distribution

Developing systems that allow for the efficient distribution of energy from multiple sources. This technology is essential for integrating renewable energy sources into the grid, ensuring a stable and reliable energy supply.

Novel Power Conversion

Creating new methods for converting energy into usable power with increased efficiency. These technologies aim to optimize the conversion process, minimizing energy loss and maximizing output.

Partners

BEST START supports Minnesota companies that have developed unique technologies with battlefield application. The following companies were selected to participate in BEST START’s FY25 application cycle:

Partner Updates

Nov. 2025 Partner Update: SYNCRIS

SYNCRIS had the privilege of contributing to Rapid Capability Assessment 16 (RCA16) with SOCOM in Tampa.

Nov. 2025 Partner Update: Maxwell Labs

Maxwell Labs hosted an informational event for current and potential investors where they shared how their laser cooling technology works.

Oct. 2025 Partner Update: Aza Power Systems

Aza Power Systems presented their project on modular repower approach for diesel engines, The Rugged Ammonia Power System (RAMPS), at the 4th Symposium on Ammonia Energy.

Oct. 2025 Partner Update: LEMA, Inc.

LEMA, Inc., coordinated a meeting with Senator Tammy Baldwin and the Senate Appropriations Committee staff, wherein Baldwin and staff visited LEMA’s test site and met with key personnel.

Sept. 2025 Partner Update: BWR Innovations

BWR Innovations was recently featured at the July DoD Energy & Power Summit, where they presented on America’s Optimal Microgrid, highlighting hydrogen’s role in enhancing energy resilience.

Sept. 2025 Partner Update: SYNCRIS

SYNCRIS recently achieved UL certification for its innovative inverter technology, marking a significant step toward commercialization and broader market deployment.