Start with ENVI-met now

Discover the power of ENVI-met software for accurate urban climate simulation and comprehensive environmental analysis. With its advanced features and intuitive user interface, ENVI-met enables architects, landscape architects, urban planners, and scientists to explore the complex dynamics of urban microclimates and make informed decisions for sustainable urban development.

License types and monthly prices

Maximum model size · 3D urban microclimate model · Complete software environment · Parallel simulation on several CPU cores · Detailed analysis of building energy performance · Detailed data about vegetation health and dynamics · Simulation of roof and facade greening · Modelling of water based cooling · Full forcing with external climate data · Pollutant dispersion including active chemistry · High resolution radiative transfer modelling · Optional Output in NetCDF format · Complete BIO-met module

  • Universities

    € 125/mo*

    • Service releases are included
    • Multi-year discount
    • Commercial use
    • Includes personal support
  • Enterprise

    € 295/mo*

    • Service releases are included
    • Multi-year discount
    • Commercial use
    • Includes personal support
  • Public Sector

    € 200/mo*

    • Service releases are included
    • Multi-year discount
    • Commercial use
    • Includes personal support

ENVI-met × Students

€ 25/mo*

  • Limited to one year, no renewal possible
  • Proof of enrolment mandatory
  • Parallel Computing
  • Commercial use

Free Trial

€ 0/MO*

  • Limited domain size
  • Reduced output and analysis options
  • Parallel Computing
  • Commercial use

ENVI-met Science

for universities

License volume
Volume license
Commercial use
X
Maximum model size
Not limited
3D urban microclimate model
Complete software environment
Parallel simulation on several CPU cores
Detailed analysis of energy fluxes at buildings and façades and building energy
Detailed data about vegetation dynamics (transpiration, water access and drought stress, etc)
Simulation of roof and facade greening, including substrate layer
Integration of blue technologies (water mist cooling, wet surfaces)
Full forcing with measured or annual climate reference data
Pollutant dispersion with multiple substances including active chemistry
High resolution radiative transfer modelling using the IVS algorithm
Output in NetCDF format
Complete BIO-met module
Personal support via email

Universities Inquiry

    ENVI-met Business

    commercial

    License volume
    1 Seat
    Commercial use
    Maximum model size
    Not limited
    3D urban microclimate model
    Complete software environment
    Parallel simulation on several CPU cores
    Detailed analysis of energy fluxes at buildings and façades and building energy
    Detailed data about vegetation dynamics (transpiration, water access and drought stress, etc)
    Simulation of roof and facade greening, including substrate layer
    Integration of blue technologies (water mist cooling, wet surfaces)
    Full forcing with measured or annual climate reference data
    Pollutant dispersion with multiple substances including active chemistry
    High resolution radiative transfer modelling using the IVS algorithm
    Output in NetCDF format
    Complete BIO-met module
    Personal support via email

    ENVI-met City

    for the public sector

    License volume
    2 Seats
    Commercial use
    X
    Maximum model size
    Not limited
    3D urban microclimate model
    Complete software environment
    Parallel simulation on several CPU cores
    Detailed analysis of energy fluxes at buildings and façades and building energy
    Detailed data about vegetation dynamics (transpiration, water access and drought stress, etc)
    Simulation of roof and facade greening, including substrate layer
    Integration of blue technologies (water mist cooling, wet surfaces)
    Full forcing with measured or annual climate reference data
    Pollutant dispersion with multiple substances including active chemistry
    High resolution radiative transfer modelling using the IVS algorithm
    Output in NetCDF format
    Complete BIO-met module
    Personal support via email

    Public Sector Inquiry

      ENVI-met Student

      for graduate projects

      License volume
      1 Seat
      Commercial use
      X
      Maximum model size
      Not limited
      3D urban microclimate model
      Complete software environment
      Parallel simulation on several CPU cores
      X
      Detailed analysis of energy fluxes at buildings and façades and building energy
      Detailed data about vegetation dynamics (transpiration, water access and drought stress, etc)
      Simulation of roof and facade greening, including substrate layer
      Integration of blue technologies (water mist cooling, wet surfaces)
      Full forcing with measured or annual climate reference data
      Pollutant dispersion with multiple substances including active chemistry
      High resolution radiative transfer modelling using the IVS algorithm
      Output in NetCDF format
      Complete BIO-met module
      Personal support via email

      Student Inquiry



        Our holistic, powerful and innovative 3D modeling software ENVI-met enables you to create individual microclimatic simulations – reliably and flexibly. Everything can be modeled: long-term and short-term simulations of wind and sun, on buildings or in open spaces, static or dynamic. For all living beings – be they humans, animals or vegetation.

        FAQs

        Here you will find answers to common questions from new customers about licenses and fees for ENVI-met.

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