Infinity Flow has procured and installed a 2.5 MVA medium-voltage transformer to support system-level validation of its Medium-Voltage Solid-State Transformer (MV-SST) platform. The newly commissioned transformer enables laboratory testing at power levels up to 2.5 MW, significantly expanding the company’s validation and verification (V&V) capability as it advances toward full multi-megawatt system deployment. Enabling System-Level
Infinity Flow – has successfully completed validation testing of its Generation 4 Solid-State Transformer (SST) module, achieving 98.3% efficiency at full power and demonstrating ultra-fast bidirectional transient performance. The test campaign validated the company’s core tri-port CLLC / Dual Active Bridge isolation architecture, confirming stable operation under both steady-state and dynamic conditions. Key Results 98.3%
Infinity Flow – has successfully completed validation testing of its Generation 4 Solid-State Transformer (SST) module, achieving 98.3% efficiency at full power and demonstrating ultra-fast bidirectional transient performance. The test campaign validated the company’s core tri-port CLLC / Dual Active Bridge isolation architecture, confirming stable operation under both steady-state and dynamic conditions. Key Results 98.3%
Infinity Flow has successfully completed, tested, and validated its latest AI-based control algorithm for Grid-Tied Solid-State Transformer (SST) technology—an achievement that underscores our commitment to advancing intelligent power conversion and accelerating grid modernization.
We are thrilled to welcome Michael Hengst to Infinity Flow as our Business Development Lead. With over three decades of expertise in commercialization, sales, and strategic growth, Michael brings a powerful track record of turning cutting-edge technologies into market-leading solutions. We are thrilled to welcome Michael Hengst to Infinity Flow as our Business Development
At Infinity Flow, we are redefining this landscape with a proprietary SST architecture designed from the ground up for performance and scalability. Leveraging advanced SiC devices, a patent-pending topology, intelligent control systems, and a rigorous design methodology, our solution achieves industry-leading efficiency, reliability, and compactness.
We are honored to welcome Dr. Hamid A. Toliyat as a Technical Advisor to Infinity Flow. A global authority in electric machines, motor drives, and power electronics, Dr. Toliyat brings decades of groundbreaking research, innovation, and leadership that align perfectly with our mission to revolutionize modern electrification systems.
Former Tesla executive Drew Baglino has launched Heron Power, a new startup focused on developing solid-state transformers to modernize the electric grid.
27th
27th
Feb, 2026
Infinity Flow – has successfully completed validation testing of its Generation 4 Solid-State Transformer (SST) module, achieving 98.3% efficiency at full power and demonstrating ultra-fast bidirectional transient performance. The test campaign validated the company’s core tri-port CLLC / Dual Active Bridge isolation architecture, confirming stable operation under both steady-state and dynamic conditions. Key Results 98.3%
21st
21st
Aug, 2025
Infinity Flow has successfully completed, tested, and validated its latest AI-based control algorithm for Grid-Tied Solid-State Transformer (SST) technology—an achievement that underscores our commitment to advancing intelligent power conversion and accelerating grid modernization.
25th
25th
Apr, 2025
We are thrilled to welcome Michael Hengst to Infinity Flow as our Business Development Lead. With over three decades of expertise in commercialization, sales, and strategic growth, Michael brings a powerful track record of turning cutting-edge technologies into market-leading solutions. We are thrilled to welcome Michael Hengst to Infinity Flow as our Business Development
18th
18th
Apr, 2025
At Infinity Flow, we are redefining this landscape with a proprietary SST architecture designed from the ground up for performance and scalability. Leveraging advanced SiC devices, a patent-pending topology, intelligent control systems, and a rigorous design methodology, our solution achieves industry-leading efficiency, reliability, and compactness.
