Case Studies

A coupled industrial-and-residential green-hydrogen feasibility study — six Pareto-optimal variants in under 10 minutes.

Three city-wide scenarios confirmed a CO₂-free supply by 2035 is achievable at similar life-cycle costs to today's fossil-based system.

A 10% CO₂ reduction already achieved in the current state, with a further 25% modelled in the planned state toward 2030 climate neutrality.

Up to 20–25% cost reduction at the port, with regulatory change identified as the dominant risk and interlinking the buildings as the lowest-risk strategy.

100% renewable, self-sufficient design across nine facilities — Agri-PV with a biodigester, methane and hydrogen storage.

A low-temperature thermal network supplied by river and groundwater, stress-tested against more than 30 future price and demand scenarios.

Air-source HPs, groundwater HPs and biomass compared on cost, CO₂ and autarky for a new 16-building Swiss residential quartier.

Three decarbonisation pathways to 2040 — and a mid-way solution that adds only ~6% in life-cycle cost over cost-optimal.

A net-zero commercial site at 20% lower lifecycle cost than the conventional reference design.

Five candidate network segments, three plants, four scenarios — and three of four scenarios profitable with the 80% renewable threshold exceeded.