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Artelys participation to studies assessing potential contribution of African H2 to EU decarbonization objectives
— As part of the Clean Hydrogen Partnership funding programme, Artelys will participate in the JUST-GREEN AFRH2ICA project along with ten other African and European partners ready to share their know-how on hydrogen economics and technologies.
Artelys perform smart grid cost-benefit analysis with open-source PowSyBl-Metrix
Artelys demonstrated how to perform cost-benefit analysis of new transmission assets in a smart grid during a webinar hosted by the Linux Foundation Energy and the Global Power System Transformation Consortium showing the strength of the prominent open-source grid computation tool PowSyBl-Metrix.
Artelys provides two-fold guidance to the Pentalateral Energy Forum on power sector decarbonisation
— We propose building blocks for a common Penta power sector vision and showcase the key enabling role of power system flexibility.
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— 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.
Strong skills in Operational Research, Modeling and Decision Support
Recognized know-how in scientific consulting and project management
A business experience of energy, transport and logistics issues
Mastery of methods and tools for numerical optimization and statistical analysis
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.
METIS 2 – Study S1 : Assessing the role and magnitude of different flexibility measures and assets in distribution and transmission grids
The general objective of this study is to identify and characterise flexibility solutions, and to assess their potential roles to alleviate congestions in transmission and distribution grids. More precisely, the study has two major objectives: (i) to provide a holistic overview of the different flexibility options at hand, including a description of their potentials in the EU MSs, their techno-economic characteristics and possible fields of deployment, and (ii) to provide a scenario-based assessment of the potential deployment of flexibility assets to avoid congestions in distribution and transmission grids, to enhance the utilisation of existing grid infrastructure and to facilitate a cost-efficient integration of renewables.
Building blocks for a common vision for a decarbonised electricity system in the Penta region
In early 2022, the Pentalateral Energy Forum has selected Artelys to establish building blocks for the construction of a joint vision for a decarbonised Penta electricity system. The project outputs will serve as inputs for the actual vision building process among Penta members in 2023. The Pentalateral Energy Forum is the framework for regional cooperation in Central Western Europe towards improved electricity market integration and security of supply, including Austria, Belgium, France, Germany, Luxemburg, the Netherlands and Switzerland. For this purpose, Artelys analysed and compared a large number of national and international scenario studies and technical reports. The identification of likely developments common to the different transition pathways, but also remaining uncertainties, allowed to derive a set of recommendations for power sector decarbonisation in the Penta region. It highlights that electricity will play the central means of decarbonisation of all economic sectors and should hence be decarbonised in itself as quickly as possible, ideally towards 2035. The countries in the Pentalateral Energy Forum are particularly well placed to initiate or accelerate the required changes. Regional cooperation between countries will enable decarbonisation in the cheapest way – but requires dedicated infrastructure investments.
Power System Flexibility in the PENTA region – Current state and challenges for a future decarbonised energy system
The Pentalateral Energy Forum selected Trinomics and Artelys to study the evolution of flexibility needs and solutions in the Penta region and identify market and regulatory barriers for its development.
The assessment showed that flexibility needs in the Penta region will increase by 3-5 times by 2050 due to the integration of renewables and electrification, with higher impacts at the daily and weekly scale. The flexibility needs will be supplied by a portfolio of flexibility solutions, which will move from generation-based solutions to demand-side and storage. The analysis also showed the importance of interconnections and market integration, by allowing a reduction of flexibility needs and exchange of flexibility across countries.
Economic comparison of different scenarios of electrification of heating in buildings by 2050
Artelys was commissioned by GRDF to analyze the technical and economic implications of 4 heating equipment mixes in the French building sector by 2050. To this end, the energy supply systems associated with 4 scenarios for the evolution of heating and hot water equipment in France in the residential and tertiary sectors were modeled using the Artelys Crystal Super Grid software. These scenarios, all of which are compatible with the national carbon neutrality objectives, are differentiated by their rate of electrification of heating equipment and their level of national biogas consumption, within the limits of available sources. For each scenario, the hourly operation of energy production, storage and transport systems was simulated. The study underlines that a stronger electrification of building heating leads to a reduction of final energy consumption due to the high efficiency of heat pumps. However, an overall economic assessment reveals that the savings on the energy supply system do not compensate for the additional cost of equipment such as electric heat pumps. Thus, the scenarios which present a partial maintenance of direct gas use in the heating of the building appear to be economically relevant
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