Infinity Flow develops cost-effective, modular Solid-State Transformers (SSTs) for medium- and low-voltage grid interface applications. These power conversion systems enhance energy efficiency and provide precise voltage regulation for data centers, EV charging, and renewable energy integration. The company's technology enables seamless bidirectional energy flow and improved grid stability across key infrastructure sectors.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional medium-voltage transformers are bulky, inefficient, and require long lead times, hindering the integration of modern power systems. Their limitations are exacerbated when paired with downstream converters, adding complexity and reducing overall system efficiency. This creates a bottleneck for advancements in renewable energy, electric vehicle charging, and data center power management.
Solution
Infinity Flow develops advanced solid-state transformers (SSTs) that replace conventional transformer-converter architectures with a single, integrated power conversion system. Our SSTs leverage power electronics and high-frequency switching to achieve superior efficiency, reduced size, and enhanced grid interaction capabilities. This technology enables seamless integration of distributed energy resources, supports bidirectional power flow for EV charging, and optimizes power delivery for high-density computing environments. By offering a more compact, efficient, and adaptable solution, Infinity Flow facilitates the modernization of power infrastructure for a sustainable energy future.
Target Audience
Infinity Flow targets sectors requiring advanced power conversion, including data center operators, electric vehicle charging infrastructure providers, renewable energy developers (solar and wind farms), and grid modernization initiatives.
Features
- Proprietary SST architecture utilizing Silicon Carbide (SiC) devices for enhanced efficiency and power density.
- Patent-pending topology and intelligent control systems for precise voltage regulation and bidirectional power flow.
- High-frequency (40-50 kHz) operation enabling significant reductions in magnetic component size and weight (up to 75% weight reduction, 65% smaller footprint).
- Achieves 3-5% higher efficiency compared to traditional transformer-converter solutions due to reduced core and conductor losses.
- Modular design for scalability, with successful development and testing of 50 kW prototype modules targeting 1.5 MW platforms.
- Native support for DC distribution, eliminating redundant AC-DC-AC-DC conversions in data center power architectures.
- Designed for seamless manufacturing in automated PCBA facilities, reducing production costs and lead times.
- Bidirectional power conversion capabilities suitable for Vehicle-to-Grid (V2G) applications.