Decision support for territorial energy planning

— At the time of the energy transition, local decision-makers are confronted with new issues of territorial planning, the energy dimension becoming a key factor in decision-making.

Acting on energy consumption, reducing CO2 emissions, ensuring a coordinated development of distribution networks, enhancing the potential of local renewable production, are all challenges to be met in a context of increasing decentralization.

supporting territories in the energy transition

— With the help of Artelys Crystal City, Grenoble Alpes Métropole was able to analyze the impact of action scenarios and bring out a concrete and concerted plan to reach ambitious goals by 2030.

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Greenhouse gas

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Nitrogen oxides

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Particles

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Renewable and recovery energy

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Energy consumption

a proven methodology

— Analysis of the territorial energy system

Modeling energy data of the territory

 

Ergonomic data mining features in Cartographic & Graphical format

 

Calculation of parameterizable indicators allowing the analysis of the energy options of the territory

Support to the consultation

— Simulation of action scenarios

Definition of scenarios based on the combination of easily parameterizable unit actions

 

Multi-scenario management system

 

Techno-economic simulation of system operation and recalculation of evaluation indicators

— Track, drive,
coordinate

Follow the evaluation of the territory after the implementation of the actions

 

System for updating the data measured on the territory

Tracking of PCAET actions

 

powerful features

— analysis of the territorial energy system

Visualize the consumption of the territory as cartographic indicators.

— analysis of the territorial energy system

Display the indicators according to several levels of geographical granularity (cadastral parcel, IRIS zone, commune, whole territory) and easily navigate between these levels of granularity.

— analysis of the territorial energy system

View data and results as pivot tables or custom diagrams with advanced index sorting and aggregation features.

— analysis of the territorial energy system

Export geographic layers, tables, diagrams in PDF, PNG, SHP and CSV formats.

— analysis of the territorial energy system

Visualize the consumption of the territory as cartographic indicators.

— analysis of the territorial energy system

Display the indicators according to several levels of geographical granularity (cadastral parcel, IRIS zone, commune, whole territory) and easily navigate between these levels of granularity.

— analysis of the territorial energy system

View data and results as pivot tables or custom diagrams with advanced index sorting and aggregation features.

— analysis of the territorial energy system

Export geographic layers, tables, diagrams in PDF, PNG, SHP and CSV formats.

— analysis of the territorial energy system

Visualize the consumption of the territory as cartographic indicators.

— analysis of the territorial energy system

Display the indicators according to several levels of geographical granularity (cadastral parcel, IRIS zone, commune, whole territory) and easily navigate between these levels of granularity.

— analysis of the territorial energy system

View data and results as pivot tables or custom diagrams with advanced index sorting and aggregation features.

— analysis of the territorial energy system

Export geographic layers, tables, diagrams in PDF, PNG, SHP and CSV formats.

— sizing of heating or cooling networks

Calculate the optimal layout of a network.

 

— sizing of heating or cooling networks

Automatically determine the most relevant buildings and production sources to connect.

 

— sizing of heating or cooling networks

Phasing the project by maintaining optimal network sizing at each step.

 

— sizing of heating or cooling networks

Calculate the optimal layout of a network.

 

— sizing of heating or cooling networks

Automatically determine the most relevant buildings and production sources to connect.

 

— sizing of heating or cooling networks

Phasing the project by maintaining optimal network sizing at each step.

 

— sizing of heating or cooling networks

Calculate the optimal layout of a network.

 

— sizing of heating or cooling networks

Automatically determine the most relevant buildings and production sources to connect.

 

— sizing of heating or cooling networks

Phasing the project by maintaining optimal network sizing at each step.

 

— construction and evaluation of scenarios

Easily build your scenario by combining a set of preconfigured energy actions easily customizable.

 

— construction and evaluation of scenarios

Simulate your scenario, year by year, at the hourly time step, using a powerful mathematical optimization engine.

— construction and evaluation of scenarios

Compare the impact of your action scenario on an indicator.

 

— construction and evaluation of scenarios

Easily build your scenario by combining a set of preconfigured energy actions easily customizable.

 

— construction and evaluation of scenarios

Simulate your scenario, year by year, at the hourly time step, using a powerful mathematical optimization engine.

 

— construction and evaluation of scenarios

Compare the impact of your action scenario on an indicator.

 

— construction and evaluation of scenarios

Easily build your scenario by combining a set of preconfigured energy actions easily customizable.

 

— construction and evaluation of scenarios

Simulate your scenario, year by year, at the hourly time step, using a powerful mathematical optimization engine.

 

— construction and evaluation of scenarios

Compare the impact of your action scenario on an indicator.

 

— monitoring actions and supporting consultation

Evaluate the trajectory of your territory against objectives set using ergonomic dashboards.

— monitoring actions and supporting consultation

Engage with stakeholders in your area using the web publishing module for data and results.

 

— monitoring actions and supporting consultation

Evaluate the trajectory of your territory against objectives set using ergonomic dashboards.

 

— monitoring actions and supporting consultation

Engage with stakeholders in your area using the web publishing module for data and results.

 

— monitoring actions and supporting consultation

Evaluate the trajectory of your territory against objectives set using ergonomic dashboards.

— monitoring actions and supporting consultation

Engage with stakeholders in your area using the web publishing module for data and results.

why Artelys Crystal City?

Multi-energy

Model competitions and complementarities between energies

Hourly time step

Evaluate flexibility solutions: smart grids, electric vehicles, intermittent renewable generation, storage…
Evaluate the energy balance of the territory and its networks

Useful energy

The energy chain based on a model of useful energy consumption, allows to act directly on consumer uses

Cadastral mesh

Work on a geographic grid that is fine enough to be able to analyze the acts and their impacts at the scale of the territory

Decision support

Build territorial energy scenarios, to be evaluated according to techno-economic and environmental criteria

undeniable successes

 

 

 

Since 2014, Artelys has supported the energy mission of the Métropole de Lyon on the creation and parameterization of a modeling tool for its energy system, in order to develop its Energy Master Plan.

 

 

 

 

Thanks to a powerful energy modeling and results from the Artelys Crystal City software, the Métropole de Grenoble published, in 2016, an ambitious Energy Master Plan by 2030.

 

 

 

 

The community of communes of the Pays de Gex has acquired Artelys Crystal City in 2017, becoming the first French community to take advantage of the opportunities offered by the energy transition law for green growth to have an energy model of its own territory with the cadastral mesh.

many references

download the brochure

testimony

— “Artelys has supported us throughout the development of our Energy Master Plan, which defines the metropolitan energy strategy by 2030. The Artelys Crystal City software allowed us to evaluate the impact of energy actions envisaged and guide our choices in the construction of the selected scenario.”

Pauline GABILLET

Project Manager in Energy Planning, Métropole du Grand Lyon

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