Building on the diverse research projects carried out in our laboratory, systemik provides engineering and consulting services organised into three main categories:
The study of multi-energy systems at different scales: micro (buildings, processes), meso (districts, industrial sites), and macro (regions, countries, continents);
Applied thermodynamics projects focused on technologies enabling the energy transition;
Tailor-made trainings and guidance on the energy transition.
Our team has developed strong expertise in the modelling, design and optimisation of multi-energy systems.
The EnergyScope and RHEIA projects are two strong showcases of this expertise.
The modelling, design and optimisation of multi-energy systems at different scales:
• Micro-scale: buildings, processes, …
• Meso-scale: districts, industrial sites, …
• Macro-scale: regions, countries, …
The creation of transition scenarios and the cross-cutting management of uncertainties related to technical, economic and environmental parameters.
Life Cycle Assessments (LCA) to provide a global quantitative view of environmental impact, going beyond carbon footprint alone.
See some of our publications on:
• e-methane production, domestic energy systems and Carnot batteries in data centres (micro-scale systems);
• EnergyScope TD and EnergyScope Pathway (macro-scale systems).
We propose working in two phases:
Diagnostic phase – where different performance indicators can be considered, depending on the desired level of detail for the study. These cover energy (1E), economic (2E) and environmental (3E) aspects. By addressing uncertainties with advanced quantification techniques, we enhance the reliability of the results.
Action plan portfolio – built using the near-optimum method, favouring different decarbonisation strategies and technologies. This approach offers a range of alternative transition pathways with equivalent performance.
This methodology constitutes our working matrix. However, we always adapt and tailor our approach to your specific needs!
This section is still under construction.
This section is still under construction.