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EnyTool

Sympheny EnyTool is a software package that provides direct access to services and data from the Sympheny ecosystem. It connects with tools and datasets developed by:

  • Sympheny partners
  • Research projects
  • Open-source tools and public data platforms

This integration lets planners, researchers, and decision-makers access consistent, high-quality data and services for building, district, and city-scale energy planning.

EnyTool acts as a gateway, linking simulation, optimization, and data layers across partners such as GeoImpact, Esri, Gilytics, Empa, Planeto, Ramp, JRC Solar, and geo.admin.ch (GWR).

Ecosystem overview

Partner / source Type Main contribution / service Example use in EnyTool Website
Esri Commercial partner GIS and spatial analytics (ArcGIS platform) Mapping, geospatial data integration esri.com
GeoImpact Partner / data provider Swiss building energy & geospatial database Access building data, retrofit potential, local energy insights geoimpact.ch
Gilytics Partner / infrastructure planning Cloud GIS for infrastructure routing & siting Network routing, cable/pipe siting in energy scenarios gilytics.com
Empa R&D partner Research & development in digital twins, energy systems Integration of R&D data models (for example, Digicities, GOES) empa.ch
Planeto SA Partner / software platform District heating & cooling network design Scenario generation for thermal networks planeto-energy.ch
Ramp Open-source tool Synthetic multi-energy demand generation Generate demand profiles where measured data is missing rampdemand.org
Ramp Mobility Open-source extension Mobility & EV demand modelling Integrate EV loads and transport demand rampdemand.org/mobility
JRC Solar (PVGIS) Open data / research Solar irradiation & PV potential data Assess renewable generation potential joint-research-centre.ec.europa.eu
GeoAdmin (GWR data) Open government data Swiss federal geo & building data Geospatial base data for Swiss projects data.geo.admin.ch

EnyTool resource architecture

EnyTool integrates external services through standardized API connections and data connectors. These resources fall into three categories:

Data resources

  • GeoImpact: building energy and geospatial data (Switzerland)
  • GeoAdmin / GWR: official geodata, cadastral and building registers
  • JRC Solar: European solar potential datasets

Modelling & simulation tools

  • Ramp / Ramp Mobility: energy and mobility demand generation. See RAMP tool suite.
  • Planeto: district heating & cooling network simulation
  • Gilytics: energy infrastructure routing and optimization

Research & GIS frameworks

  • Esri (ArcGIS): mapping and geospatial layer integration
  • Empa: research collaboration (for example, Digicities, GOES) for digital twin data exchange

Use cases

Use case Involved services Description
Building energy retrofit planning GeoImpact, GeoAdmin, Ramp Combine building data with synthetic energy demand to identify retrofit potential
District heating network design Planeto, GeoImpact, GeoAdmin Use building data and network simulation to optimize district systems
Mobility integration in energy planning Ramp Mobility, Gilytics Model EV charging demand and assess grid or infrastructure impact
Solar potential assessment JRC Solar, Esri Use PVGIS data with spatial layers for renewable potential mapping
Digital twin research integration Empa (Digicities, GOES) Apply Empa-developed semantic and digital twin data models