Fraunhofer Institute for Algorithms and Scientific Computing SCAI
Fraunhofer Institute for Algorithms and Scientific Computing SCAI

MYNTS – Multiphysical network simulator

 

MYNTS-G/L

more info
 

MYNTS-E

MYNTS can be used for the simulation and optimization of electricity networks, especially smart grids.

New development in MYNTS-E

  • Programmable subnetworks and elements
  • Open modeling
  • Steady-state
  • Sector coupling (gas/H2-electricity)

Availability

  • Under developing
more info
 

Sectorcoupling

more info
 

MYNTS-G/L

more info
 

MYNTS-E

MYNTS can be used for the simulation and optimization of electricity networks, especially smart grids.

New development in MYNTS-E

  • Programmable subnetworks and elements
  • Open modeling
  • Steady-state
  • Sector coupling (gas/H2-electricity)

Availability

  • Under developing
more info

MYNTS Tasks

  • Improved network planning and optimized use of stored energy and cost
  • Flexible planning of gas, electricity, heat, and water networks, as well as sector coupling

Download information sheet

Software MYNTS

In the future, thousands of kilometers of new grids will be built in Germany to make greater use of electricity from renewable energies. These new "smart grids" increase complexity, costs, and vulnerability. Fraunhofer SCAI has developed the software tool MYNTS to analyze and optimize transport networks for gas, electricity, district heat, water, and sector coupling, using numerical simulations as early as the planning stage. MYNTS makes conversion and expansion more flexible for network operators, saves energy and expenses, and increases the security of the energy supply.

Download MYNTS-Reader

© Fraunhofer SCAI

Special features

  • Programmable subnetworks and elements
  • open modeling
  • steady-state and time-dependant calculations
  • efficient numerical kernels
  • suitable for multi-processor computers
  • visualization

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MYNTS applications

MYNTS-G/L


MYNTS enables users to simulate gas networks and create and control subnetworks such as compressor stations or mixing chambers. MYNTS has been continuously developed in close collaboration with industrial users, e.g., Open Grid Europe.

New development in MYNTS-G

  • Hydrogen share up to 100 % (modeling according to GERG-2008)
  • Extension to liquid phases (e.g., for CO2 transport)
  • Dynamic fluid transport simulation
  • MYNTS-Reader for viewing and searching energy grids and scenarios (open access)

Availability:
MYNTS-Gas and MYNTS-CO2 license for Windows and Linux
 

Download MYNTS-Reader

MYNTS-E


MYNTS can be used to simulate and optimize electricity networks, especially smart grids.

New development in MYNTS-E

  • Programmable subnetworks and elements
  • Open modeling
  • Steady-state
  • AC/DC power flow
  • Economic optimal power flow

Availability:
MYNTS-E license for Windows and Linux

MYNTS-H


Modeling and planning of cooling and heating grids for district heat or individual cells, such as cooling of HPC.

  • programmable subnetworks and elements
  • open modeling
  • steady-state
  • sector coupling

Availability:
Available for research purposes, a license is in progress

MYNTS-W


Modeling and planning distribution of water networks.

  • programmable subnetworks and elements
  • open modeling

Availability:
Available for research purposes, a license is in progress

© Fraunhofer SCAI

Sector coupling

 

Designed to enable energy suppliers and service providers to investigate,
evaluate and ultimately operate load shifting and storage integration

  • programmable subnetworks and elements
  • open modeling

Availability:
Available for research purposes, a license is in progress