OVERVIEW
CONSULTING
PROJECTS
- Manufacturing Cost Modeling
- Product Development
- LabVIEW

CASE STUDIES

- Energy Storage
- Electric Vehicle
- PEM Fuel Cell
- SOFC
- Hydrogen Storage
- Photovoltaic
- Appliance
- Stirling Engine
- Medical Device
 
 

Value Added Engineering Accelerates Customer Success

Austin Power Engineering is an independent technology consulting company that provides the value added engineering services and accelerates our clients success. Our main strength focuses on technology assessment, technical cost modeling, commercialization analysis, market research, strategic decision making analysis, product development, manufacturing process design, data acquisition and control programming, and test system integration.

Austin Power Engineering fulfills an increasing demand for the clean energy and power industry, especially in energy storage, proton exchange membrane fuel cell (PEMFC), solid oxide fuel cell (SOFC), photovoltaic, hydrogen storage, lithium ion battery, plug-in hybrid vehicle (PHEV), Stirling engine, building appliance, etc. Austin Power Engineering offers excellent and creative services.

Austin Power Engineering projects fall into several core areas:

  • Technology Assessment
  • Manufacturing Cost Modeling
  • Strategic Manufacturing Cost Analysis
  • Manufacturing Cost Reduction
  • Commercialization Analysis
  • Supply Chain Optimization and Analysis
  • Life Cycle Cost Modeling
  • Market Study , Market Penetration Analysis (Bass Diffusion Model, etc.)
  • Strategic Decision Making Analysis
  • Product Development
  • Manufacturing Process Design
  • Test & Measurement and Process Controls
  • Business Analytics - Data Mining

For industries and markets such as:

  • Venture Investment
  • Technology Startups
  • Government Agencies
  • Energy & Power
  • Building Appliance
  • Manufacturing
  • Automobile
  • Electronics
Recent Projects:
Automotive PEM Fuel Cell Manufacturing Cost Benchmark  Analysis, 2014

Flywheel Energy Storage for Transportation Applications Manufacturing Cost Analysis, 2014

Low Solid Anabatic Digestion (LSAD) Project Cost Analysis, 2014

Distributed Generation and Energy Storage Levelized Cost Analysis (LCOE), 2014

Lithium-Ion Battery Manufacturing Cost Analysis for Automotive Applications,2013

PEM Fuel Cell Manufacturing Cost Analysis for Automotive Applications, Fuel Cell Seminar 2013

Alkaline & PEM Electrolyzer Manufacturing Cost Analysis, 2013

IC Engine Turbocharger/supercharger Systems Manufacturing Cost Analysis, 2013


Reformer Based Hydrogen Generation / Purification System Manufacturing Cost Analysis and Cost Reduction, 2013

Manufacturing Cost Analysis of Solid Lithium Polymer Batteries, 2013

Manufacturing Cost Analysis of Fuel Cell Plug-in Hybrid Electric Vehicle and Full Battery Electric Vehicle, 2012

Low Temperature SOFC Manufacturing Cost Reduction, 2012










Fuel Cell Seminar 2010 Presentation (San Antonio, Oct. 2010) - Portable Power Fuel Cell Manufacturing Cost Analyses


The Department of Energy (DOE) (Affiliated with TIAX LLC, Cambridge, MA)

 - 2010 DOE PEM Fuel Cell Cost Study AMR Meeting


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