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New method for energy mix pathway optimization problems

— Planning for the energy transition requires the ability to optimize energy system development pathways, considering complex interactions and constraints, particularly concerning interactions between sectors and vectors. In this context, Artelys has developed a new method for solving these large-scale mathematical problems.

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.

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

Decision support for territorial energy planning

— Artelys Crystal City is the reference tool for territorial energy planning. Its intuitive interface and advanced functions make it the ideal conductor to carry out the energy transition in the territories.

Optimization of interconnected systems

— Artelys Crystal Super Grid provides the quantitative elements to evaluate the costs and benefits of an energy strategy and to optimize it.

A digital twin to gain insights into the role of networks in the energy transition

— Energy infrastructures are the key to ensure the proper performance of the system. Once the production is settled, network management raises many complex issues in order to guarantee the efficient distribution of energy.

Operational management in short and medium term

— Artelys Crystal Energy Planner optimizes the short- and medium-term operational management of energy production assets. Operational planning, simplified and more reliable, becomes more competitive.

The best of statistical forecasting for your trades

— Artelys Crystal Forecast allows you to generate forecasts or scenarios of extreme reliability on short, medium and long term horizons to cover both your operational management needs and strategic planning.

Plan your activities and resources under constraints

— Resource planning is a central issue for businesses to improve cost management, productivity and quality of service for the end customer.

Optimize your logistics flows

— Artelys Crystal Network Designer is a software solution dedicated to the optimization, sizing and analysis of logistics networks. It allows you to reduce your logistics costs as a whole, anticipate and manage your flows at different horizons as well as simulate scenarios on your network: from resizing to operational risk.

City

Super Grid

Energy Explorer

Energy Planner

Forecast

Resource Optimizer

Network Designer

Decision support for territorial energy planning

— Artelys Crystal City is the reference tool for territorial energy planning. Its intuitive interface and advanced functions make it the ideal conductor to carry out the energy transition in the territories.

Optimization of interconnected systems

— Artelys Crystal Super Grid provides the quantitative elements to evaluate the costs and benefits of an energy strategy and to optimize it.

Operational management in short and medium term

— Artelys Crystal Energy Planner optimizes the short- and medium-term operational management of energy production assets. Operational planning, simplified and more reliable, becomes more competitive.

The best of statistical forecasting for your trades

— Artelys Crystal Forecast allows you to generate forecasts or scenarios of extreme reliability on short, medium and long term horizons to cover both your operational management needs and strategic planning.

Plan your activities and resources under constraints

— Resource planning is a central issue for businesses to improve cost management, productivity and quality of service for the end customer.

Optimize your logistics flows

— Artelys Crystal Network Designer is a software solution dedicated to the optimization, sizing and analysis of logistics networks. It allows you to reduce your logistics costs as a whole, anticipate and manage your flows at different horizons as well as simulate scenarios on your network: from resizing to operational risk.

Decision support for territorial energy planning

— Artelys Crystal City is the reference tool for territorial energy planning. Its intuitive interface and advanced functions make it the ideal conductor to carry out the energy transition in the territories.

Optimization of interconnected systems

— Artelys Crystal Super Grid provides the quantitative elements to evaluate the costs and benefits of an energy strategy and to optimize it.

Operational management in short and medium term

— Artelys Crystal Energy Planner optimizes the short- and medium-term operational management of energy production assets. Operational planning, simplified and more reliable, becomes more competitive.

The best of statistical forecasting for your trades

— Artelys Crystal Forecast allows you to generate forecasts or scenarios of extreme reliability on short, medium and long term horizons to cover both your operational management needs and strategic planning.

Plan your activities and resources under constraints

— Resource planning is a central issue for businesses to improve cost management, productivity and quality of service for the end customer.

Optimize your logistics flows

— Artelys Crystal Network Designer is a software solution dedicated to the optimization, sizing and analysis of logistics networks. It allows you to reduce your logistics costs as a whole, anticipate and manage your flows at different horizons as well as simulate scenarios on your network: from resizing to operational risk.

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.

Knitro
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Xpress
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Kalis
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AMPL
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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.

Knitro
LEARN MORE
Xpress
LEARN MORE
Kalis
LEARN MORE
AMPL
LEARN MORE

reports

— Discover the results of the technico-economic studies carried out on behalf of our customers using the modeling platform Artelys Crystal.

Assessing hydrogen infrastructure needs in a scenario without hydrogen imports and EU production

Assessing hydrogen infrastructure needs in a scenario without hydrogen imports and EU production

In a context of renewed interest in hydrogen as a means of decarbonising hard-to-abate carbon intensive economic sectors, the European Commission announced the objective of 40 GW electrolyser capacity by 2030 producing up to 5 Mt of renewable hydrogen in its Communication “A hydrogen strategy for a climate-neutral Europe” (2020). Following the Russian invasion into Ukraine, the European Commission’s REPowerEU plan (2022) further envisages an accelerated uptake of hydrogen, notably in transport and industry sectors, in order to aim for a phase-out of natural gas imports from Russia by 2027, increasing the hydrogen production target to 10 Mt, as well as 10 Mt hydrogen imports, of which 4 Mt will take the form of derivatives. The present study aims at assessing the needs for pan-European hydrogen infrastructure in the beginning of the 2030s, adopting the REPowerEU scenario as main framework of the modelling assumptions. To assess hydrogen infrastructure needs, a multi-energy modelling environment has been designed in the METIS model, reflecting the operation and coupling of electricity, gas and hydrogen systems with an hourly time resolution over an entire year (2030). The capacities of hydrogen storage, production, and cross-border transmission assets have been optimized thanks to the advanced algorithms of the Artelys Crystal Super Grid platform.

Study on the allocation of costs and benefits for offshore infrastructure in EU sea basins

Study on the allocation of costs and benefits for offshore infrastructure in EU sea basins

To support the European Commission, and notably its Grid Action Plan, this study proposes methodologies for Cost-Benefit Analysis and Cross-Border Cost Sharing options for offshore electricity infrastructure projects. The massive investments that are foreseen in offshore generation and grid infrastructure will create huge benefits for Europe. A fair allocation of costs and benefits across Member States can be a key enabler of such projects. Who should pay for the offshore electricity infrastructure? How does this depend on the way the benefits are shared? This study aims to provide some answers.

The impact of industry transition on a CO2 neutral European energy system

The impact of industry transition on a CO2 neutral European energy system

This study addresses the essential role of the industry sector for the EU’s carbon neutrality objectives, exploring possible pathways for a large-scale replacement of fossil fuels by secondary energy carriers within industry processes. Two main scenarios are examined, relying respectively on electricity and hydrogen as main vectors of the transition, in an approach that combines a detailed scenarization of industry demand with the FORECAST simulation tool and a joint optimization of European energy resource capacities and hourly dispatch for the year 2050 using the METIS energy system model. This analysis therefore provides insights on both industry specific potentials and limitations for transition and the related energy system effects, with sensitivities on the existence of global value chains for chemical imports and on the availability of wind and solar power generation. In particular, evidence from both scenarios suggest a massive increase of the demand for green hydrogen and electricity, driving significant infrastructure adaptation at European level. While domestic hydrogen generation from renewable energy sources becomes competitive compared to imports, its significance within industry needs is highly dependent on the imported volumes of strategic chemicals such as green methanol, ammonia or ethylene.

Building blocks for a common vision for a decarbonised electricity system in the Penta region

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.

training

— Take advantage of the skills and experience acquired by Artelys consultants thanks to an original training offer, conceived as a real instrument for sharing knowledge.

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