Challenge · draft
A design challenge tackled with evidence-based design.
| Category | Energy |
| Status | draft |
Challenge
Large volumes, heated or cooled storage and automation make logistics energy-intensive — but huge roofs also make them potential power plants.
Design questions
- Is the building heating- or cooling-dominated, and what drives it?
- How much of the demand can rooftop PV cover?
- How do energy savings compare with extra investment over 30 years?
Where are the metrics, tools and case studies?
They appear automatically below under Connections, and in Obsidian under the
auto_properties.
Connections
- Case studies: Elsa Hauksdottir, Ilinca Maria Baciu, Katrin Rybinskiy, Marek Nový
- Metrics: CapEx–OpEx ratio, Carbon per pallet handled, Electricity price, Energy use intensity, Green roof coverage, Heating energy demand, Natural ventilation potential, On-site renewable energy share, Operational carbon, Rooftop PV generation, Whole-life carbon
- Tools (via metrics): Butterfly, CO2mpare, Cyclops, Dragonfly, Grasshopper, Honeybee, Ladybug, nPro, One Click LCA, Pollination, URBANopt
Something wrong or missing? Suggest a correction