APR Technologies provides advanced thermal management solutions for high-performance applications. Their technologies, including electrohydrodynamic (EHD) pumped thermal switches and immersion cooling for EV batteries, enhance system efficiency and product lifespan in aerospace, electric vehicles, and electronics.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional thermal management solutions often struggle to meet the increasing demands for efficiency and lifespan in high-performance applications. This limitation impacts the effectiveness and longevity of systems in sectors like aerospace, electric vehicles, and advanced electronics.
Solution
APR Technologies delivers advanced thermal management solutions designed to enhance system efficiency and product lifespan. Leveraging expertise from space research, the company develops technologies that improve fluid dynamics and thermal control. These solutions are tailored for demanding applications across aerospace, electric vehicle battery packs, and high-performance electronics, contributing to increased energy density, faster charging capabilities, and greater overall system reliability. The company also offers specialized engineering services to support client needs.
Target Audience
The primary target audience includes aerospace manufacturers, electric vehicle developers, and electronics companies requiring advanced thermal management solutions to optimize performance and reliability in their products.
Features
- Electrohydrodynamic (EHD) pumped thermal switches for active control of thermal conductance without moving parts, offering fast response times and precise regulation.
- EHD pumped cooling loops designed for efficient heat transport over distances in spacecraft, featuring no moving parts for enhanced lifetime and reduced vibrations.
- Solid-state systems for moving thermal management fluids in electronics cooling, enabling direct-on-chip cooling and dynamic hot-spot management.
- Immersion direct cooling technology for electric vehicle battery packs, enhancing energy density, enabling ultrafast charging, and extending battery lifespan.
- Thermal vacuum (TVAC) testing, thermal cycling, and thermal shock testing services for space flight hardware.
- Advanced engineering services including thermal and mechanical simulations, electronic design, and combined fluid-thermal-electronic testing.
- Compliance with ECSS standards for production systems, reflecting a commitment to quality in aerospace applications.