Electromagnetics & Energy

The use of in silico experimentation techniques in the electromagnetics and energy industries has been growing at a constant rate over the last few years. Mainly, for allowing companies to reduce production times and costs by replacing physical prototypes for testing and refinement with virtual prototypes.

Design new and improved electrical and electronic products and processes using computer-aided innovation services.


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Electric Power

The electrical power industry provides the production and distribution of electrical energy, often referred to as electrical power, in quantities sufficient for areas that need electricity through a network. The electric power industry considers four fundamental processes, three of them susceptible to improvement through in silico experimentation with virtual prototypes:

  • Generation
  • Transmission
  • Distribution

Electronic Devices

Electronics deals with electrical circuits that involve active electronic components based on semiconductors connected to active components. You can use simulation and experiment with virtual prototypes to design and improve electronic parts, devices, and systems.

  • Passive components (capacitors, inductors, resistors)
  • Transistors
  • Diodes
  • Integrated circuits
  • Optoelectronics
  • Sensors

Concepto isométrico de la placa de circuito vector gratuito

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Clean Energy and Environment

The clean and renewable energy industry generates hundreds of billions and is expected to have an accelerated growing in the coming years. There is tremendous economic opportunity for the countries, companies and universities that invest on R&D&I projects aimed to invent, manufacture and export clean energy technologies.

In Silico SE services facilitate certification processes and regulatory compliance by designing more efficient and eco-friendly products and processes.

  • Improve thermal and ventilation processes
  • Facilitate environmental certification processes
  • Water supply and treatment
  • Technological separation and use of plastic waste
  • Landfill design and optimization
  • Air pollution and sewage technological management
  • Mitigation of environmental impact
  • Use of residual energy from industrial processes