HUES is a platform for modeling & simulation of decentralized energy systems

The Holistic Urban Energy Simulation (HUES) platform is an open source, modular simulation environment for the study of urban multi-energy systems. The platform consists of a growing array of modules and datasets which may be linked in different ways to address different problems in the domain of urban energy systems. It's purpose is to facilitate the design and control of decentralized energy systems that make optimal use of innovative energy technologies and available renewable resources.

The HUES platform was initiated at the beginning of 2015 at the Urban Energy Systems Laboratory of Empa, a federal research institute in Switzerland, as part of a Swiss research initiative on energy efficient buildings and districts. Contributors to the platform currently primarily include researchers and scientists from leading universities and research institutes in Switzerland. Our aim is to develop the HUES platform as an open, comprehensive and flexible computational resource for energy system planners and researchers, fostering the development of sustainable and resilient energy systems globally.

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Technologies

  • python
  • milp
  • gis

Topics

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Urban Energy Systems Laboratory, Empa 2016 Projects

  • Jazzpilz
    Modular Energy Hub Modelling Framework
    Energy system components are modular in nature and interact across multiple scales. There is a need for a modelling framework that can easily...
  • Khushboo Mandlecha
    Open source energy simulation database : using MEAN Stack
    This project involves the development of an open source database to enable the linked exploration of data in the platform, including energy demand,...
  • Lukas Bystricky
    Real-time Wind Flow in Cities
    Modelling wind flow through a city has many applications, such as studying the effect of natural ventilation or looking at pollution levels. Solving...
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2016