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Simulation Software & Services for Power Generation

Renewable & Alternative Power Generation

ANSYS softwareCurrent environmental and political factors have made the renewable and alternative power generation industry a viable market where new methods and technologies are competing for a major role in power generation - now and in the decades to come.

Both SimuTech and ANSYS continue to play a significant role in the development of many new technological advancements in the renewable and alternative power generation industry.

SimuTech Consulting Projects in the Renewable/Alternative Power Generation Industry:

  • HVAC CFD simulation for optimal residential natural convection in coastal California
  • Manufacturing-related process simulations of single-crystal silicon solar cells to eliminate solar cell cracking during handling and stringing operations

See below for some of the major challenges related to alternative power generation engineering and how the experts at SimuTech can use ANSYS software to solve these issues. Contact us at any time for more information.


FEA consultant

Design ElementChallengesSimulation Benefits
Wind Power
  • Seismic load calculations and assurance
  • Fluid-structure interaction of lightweight composite structures
  • Maximizing efficiency of turbines and turbine placement
  • Generator design and analysis
  • Transmission Systems
  • Straightforward linear and non-linear vibration analysis
    • Integration with other standard tools (ASAS integration with Flex5)
  • Coupled physics for true virtual prototyping
    • Electromagnetics, thermal/structural, fluid/thermal
  • Optimize turbine output and placement
    • Wind speed prediction over complex terrain
Hydro Power
  • Turbine design
  • Minimizing flow separation in ducts under a wide range of flow rates
  • Fish protection
    • Fish-friendly turbines
    • Maximizing oxygen levels
    • Aeration
    • Fish ladders
  • Dam design
    • Seismic loads
    • Structural stability assessments
  • Understand the impact of installation effects before deployment
  • Optimize performance by determining inlet and outlet flow angles and separation patterns
  • Reduce the number of hardware prototypes needed in the pump design and installation process
  • Allows parametric investigation of scale-up effects for these extremely large pumps, which is not possible through testing, but straightforward with simulation.
Solar Power
  • Wind loads on panels and resulting vibrations
  • The search for cheaper manufacturing methods
  • Designing for thermal loads
  • Maximizing efficiency
  • Design to minimize fluid-structure interaction with virtual prototypes
  • Simulate and optimize manufacturing methods
  • Predict thermal loads to make necessary design refinements before physical prototyping
  • Maximize heat exchanger and power conversion efficiencies for solar-thermal systems
Biomass
  • Understanding the impact of fuel changes
  • Slagging, fouling, and corrosion
  • Air staging and emissions control
  • Grate combustion
  • The capability to design furnaces for a variety of fuels
    • Understanding scale-up implications
  • Understand air staging implications on emissions, heat transfer and ash
    • Access to biomass combustion models
Fuel Cells
  • Channel design that optimizes distribution of oxygen (hydrogen) to the cathode (anode)
  • Water management
  • Thermal stresses and cooling plate design
  • Materials
    • High costs
    • Property variation
  • Space limitations
  • Probabilistic design in virtual prototypes
    • Design for Six Sigma
  • Minimize costly physical prototypes using analysis based on first principle physics (electrochemistry, fluid flow, heat and mass transfer, structural mechanics)