Proe Power Systems, LLC

Provides full-scale project management and design engineering for thermal control, liquid or air-cooled electronics, and advanced energy systems.

• Liquid and Air Cooled Electronics Optimization

  Enhances cooling systems for electronic components to maximize heat dissipation and operational reliability.

• Thermal Control Systems

  Designs and integrates systems to manage temperature profiles in complex aerospace, defense, and power applications.

• Heat Exchangers and Recuperators

  Engineers custom heat transfer equipment and recovery devices to optimize thermal efficiency across power generation cycles.

• Cryogenic Systems

  Develops engineering solutions for extremely low-temperature applications, including fluid management and insulation.

• Combined Cycle Systems

  Integrates multiple thermodynamic cycles to capture waste heat and improve overall system efficiency.

Designs, analyzes, and optimizes sustainable power technologies, covering advanced thermodynamic cycles and clean energy resources.

• Alternative Engine Cycles

  Engineers specialized cycles including Ericsson, Stirling, Brayton, and Organic Rankine thermodynamic systems.

• Fuel Cell Powerplants

  Develops clean electrochemical energy conversion systems for stationary and mobile power generation.

• Photovoltaic and Solar Thermal Power

  Designs solar collectors, heating systems, and direct photovoltaic installations to capture and convert solar radiation.

• Hydrogen Storage and Distribution

  Engineers safety and containment solutions for hydrogen fuel infrastructure, storage, and transport.

• Alternative Fuels Integration

  Adapts existing and novel combustion systems to run on non-conventional and renewable fuels.

Engineers traditional internal combustion systems, gas turbines, and specialized aerospace propulsion hardware.

• Gas Turbine Powerplants

  Optimizes stationary and propulsion gas turbine systems for power generation and aeronautical use.

• Internal Combustion and Emissions Controls

  Applies thermal engineering to reduce pollutants and improve efficiency in conventional engine systems.

• Rocket Propulsion and Spacecraft Fluid Components

  Designs fluid handling systems, valves, and thruster architectures for space exploration vehicles.

Conducts feasibility assessments, technical due diligence, and market studies to guide technology investment and project development.

• Feasibility and Trade Studies

  Evaluates technology options, cost trade-offs, and conceptual viability for complex energy programs.

• Technical Due Diligence

  Reviews engineering risks and system designs to support investment decisions and technology validation.

• Business and Grant Advisory

  Reviews business plans and assists with the preparation and evaluation of technical grant proposals.

• Patent Drawings

  Creates detailed technical illustrations and schematic diagrams to support patent applications.

Work in this area is organized into supported delivery tasks.

• Applies Structured Systems Engineering Methodologies To Complex Thermal

  Support includes Applies structured systems engineering methodologies to complex thermal.

• Propulsion

  Support includes propulsion.

• Alternative Energy Projects From Concept To Final Commissioning

  Support includes alternative energy projects from concept to final commissioning.

Transitions designs from digital models to physical form using simulation tools and fabrication partnerships.

• Virtual Prototyping

  Optimizes and tests projects using computerized thermal and fluid dynamics models prior to manufacturing.

• Physical Prototyping and Fabrication

  Builds functional prototypes utilizing in-house machine and welding capabilities alongside trusted manufacturing partners.