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Publication of the PEPS5 study on storage for the ATEE
— ATEE has published the PEPS5 study report, a study evaluating the interest of storing electricity, heat and cold and of P2G in France by 2030 and 2050, carried out by Artelys and CEA-Liten.
2023 training sessions
— Make a good resolution for 2023 and join Artelys’ trainings!
INSULAE H2020 – Artelys has organised a training session on the investment planning tool to support the decarbonization of EU islands
— On the 2nd and 3rd of November, Artelys has organised a training session for the INSULAE H2020 project partners dedicated to the Investment Planning Tool (IPT), a software solution leveraging the Artelys Crystal platform and used to represent insular systems and their specificities. The tool is currently being developed by Artelys within the INSULAE project, funded by the European Union’s Horizon 2020 research and innovation program under Grant Agreement No 824433.
solutions
— Relying on their high level of expertise in quantitative methods, our consultants deliver efficient solutions to complex business problems that best meet the needs of our clients.
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Numerical components that give you a head start
— Whether it is to model the complex problems that our customers are submitting to us or to provide the Artelys Crystal suite with the most powerful optimization engine, we rely on the most advanced mathematical programming tools in their respective fields.
Numerical components that give you a head start
— Whether it is to model the complex problems that our customers are submitting to us or to provide the Artelys Crystal suite with the most powerful optimization engine, we rely on the most advanced mathematical programming tools in their respective fields.
reports
— Discover the results of the technico-economic studies carried out on behalf of our customers using the modeling platform Artelys Crystal.
Showcasing the pathways and values of underground hydrogen storages
Artelys has been selected by GIE to undertake an in-depth analysis of the values brought by underground hydrogen storage, and to illustrate how these values can emerge in a selection of territorial use-cases. To proceed with the identification of the values brought by hydrogen storage, Artelys has taken into account the flexibility needs that are specific to electrolytic hydrogen, and considerations related to the nascent nature of the hydrogen economy. Artelys has relied on the multi-energy modelling platform Artelys Crystal Super Grid to evaluate the level of benefits brought by hydrogen storage in four territorial use-cases, including reduction of levelized cost of hydrogen production, avoided investments, reduction of GHG emissions, reduction of RES curtailment. The results of this study can help inform policy recommendations to support the emergence of underground hydrogen storage that can help kick-start a cost-efficient and sustainable hydrogen ecosystem.
PEPS5 study on electricity, heat and cold storage and power-to-gas in France by 2030 and 2050
In this study launched by ATEE “Club Stockages” and 16 of its members and co-financed by ADEME, Artelys, with the help of CEA-Liten, studied the interest of electrical storage technologies (batteries, pumped storage station, etc.), thermal (heating and cooling) and power-to-gas (blending H2, methanation, power-to-hydrogen-to-power), in France in 2030 and 2050. The analysis focuses on the costs and benefits associated with the installation of energy storage or power-to-gas technologies in 15 case studies considered interesting a priori, around reference scenarios for the evolution of the energy system.
The study highlights the interest of heat and cold storage in electrified systems (networks and industries), of the smart charging of batteries of electric vehicles and PHS in all of the 2030 and 2050 scenarios, even if this result is of course conditioned by the evolution of the system (e.g. electrification of heat and transport) and the possible development of other competing flexibilities.
Study on flexibility options to support decarbonization in the Energy Community
The Energy Community Secretariat has selected Trinomics and Artelys for the study of flexibility options to facilitate the integration of renewable energy sources and support decarbonization in the Energy Community towards 2040. The quantitative analysis was conducted by Artelys using the energy market model Artelys Crystal Super Grid. Future flexibility needs are analyzed and cost-optimal portfolios of flexibility solutions are determined considering a wide range of scenarios in terms of the deployment of variable renewable energy sources (vRES), coal-fired power generation phase-out and levels of interconnection capacity. All Contracting Parties (except Georgia) were modelled jointly with the EU power market area. The study highlights that no additional investments into flexibility would be needed by 2030 even in the most ambitious vRES deployment scenario. It also emphasizes that cross-border integration of power networks and markets decreases the need for investments in flexibility solutions in 2040 and drives down electricity system costs and CO2 emissions.
Positive externalities of hybrid heat pumps – Benefits not valuated in the current pricing system
The French National Low Carbon Strategy sets ambitious objectives for decarbonization of the building sector through a strong electrification of heating use. Purely electric heat pumps are thus widely used in housing and are preferred to hybrid heat pumps. However, the hybrid heat pump (air/water heat pump with a gas condensing boiler as a back-up) offers benefits that do not seem to be fully exploited. In this context, GRDF commissioned Artelys to conduct a study to identify incentives for the development of hybrid heat pumps. To this end, the study estimates the value brought to the energy system by hybrid heat pumps compared to heat pumps with an electrical back-up, and then compares this system value to the value perceived by the consumer. The study has highlighted a significant imbalance between the benefits of hybrid heat pumps to the energy system and the current pricing signals to consumers. Indeed, the current pricing system does not make possible to take advantage of the load shedding capacity of hybrid heat pumps when the electricity network is very constrained, particularly during periods of extreme cold. A first reflection on economic incentive measures is then carried out for consumers to benefit from the advantages of hybrid heat pumps.
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