Grenoble publishes its Energy Master Plan
The calculations in Artelys Crystal City allowed for a detailed (hourly time resolution over a whole year, at IRIS level) and complete (all sectors, uses, types of energy) simulation of the energy system of the territory. The study has been organized in three steps:
%
Greenhouse gases
%
Nitrogen oxides
%
Particles
%
Renewable energy and energy from waste
%
Energy consumption
The calculations in Artelys Crystal City allowed for a detailed (hourly time resolution over a whole year, at IRIS level) and complete (all sectors, uses, types of energy) simulation of the energy system of the territory. The study has been organized in three steps:
• a current state review of the consumption, production and networks
• the elaboration of a demand evolution scenario including concrete actions of energy sobriety and efficiency in all domains (engagement of citizens, renovations, transportation, etc.)
• the elaboration of an energy mix evolution scenario including the renewable energy generation technologies that are the most suitable to the different zones of the territory, their densities and their energy networks.
A particular attention has been devoted to the analysis of the district heating network in order to ensure it serves as one of the drivers of the energy transition with the aim of increasing the share of renewable energies and energies from waste and guaranteeing its profitability.
The scenarios have been compared by taking into account a great number of environmental and economic criteria (pollutant emmissions, renewable energy generation, investment costs, the energy bill in 2030, etc.).
This study has allowed to build a strong link between the energy actors of the territory and to place the metropolis at the heart of the energy transition, with the participation of local agencies, network operators, researchers, elected representatives and citizens.
Artelys: Our solutions for maximising the value of hydropower assets
Hydropower plays a strategic role in the energy transition thanks to its unique ability to provide flexibility, storage, and dispatchability to the electricity system. However, managing hydropower systems is becoming increasingly complex: hydrological uncertainty linked to climate change, market volatility, evolving grid needs, and aging assets all call for a rethink of decision-making methods.
Supporting Lithuania’s Energy Security: National Resource Adequacy & Flexibility Needs Assessment for Litgrid
— Artelys is proud to have delivered a National Resource Adequacy Assessment (NRAA) for Litgrid, following the ENTSO-E ERAA methodology, alongside a Flexibility Needs Assessment (FNA) based on the framework set out by ACER.
Artelys Knitro 16.0: Model Nonlinear Problems Natively, Solve Them Concurrently
Artelys is pleased to announce the release of Knitro 16.0, a major version introducing two flagship features — a native Nonlinear Modeler and a Concurrent Solver — alongside significant performance and robustness improvements for nonlinear, mixed-integer and linear optimization problems.
First Successful Auction for the New French Capacity Mechanism!
— The first auction of the new French Capacity Mechanism was successfully held on Monday, 6 July 2026. Artelys is proud to provide the market clearing algorithm used to select the accepted capacity offers.
subscribe to our newsletters
© ARTELYS • All rights reserved • Legal mentions