Preliminary guidelines · Version 1.0
Green & Smart Campus
Energy, technology and sustainability as a single infrastructure.
The objective
Lower costs, lower consumption, same comfort
Cut operating costs and energy dependence while keeping comfort high. Sustainability here is an economic requirement before it is an environmental one.
The energy system
It is not a roof with panels
Sizing comes from a study of real loads. Energy autonomy is proven with numbers, not promised.
- Photovoltaics on compatible roofs
- Storage systems
- Heat pumps
- Intelligent load management
- Monitoring per building
- Provision for an energy community
The areas
Where the work happens
Buildings
Efficient envelope, shading, natural ventilation where possible, high-performance windows and controlled climate.
Water
Lower consumption, rainwater recovery where permitted, efficient irrigation and leak monitoring.
Data
Collected with clear purpose, minimisation and proper security. Aggregated, it becomes a tool for running the campus and measuring impact.
Blockchain
Only where it gives a concrete advantage, such as shared audit between parties who do not want to depend on a single ledger. For everyday payments a traditional database is simpler and more efficient.
Environmental KPIs
It is not a roof with panels
Values to be determined during the feasibility phase.
kWh produced and consumed
to be determined
Share of renewable energy
to be determined
Peak power
to be determined
kWh per square metre
to be determined
Water per user
to be determined
Operational emissions
to be determined
Waste recovered
to be determined
Low-emission mobility
to be determined
Architecture, energy, mobility and behaviour designed as one infrastructure. Sustainability is an economic requirement.
We are not rebuilding the past.
We are building a place where technology and history coexist, work sustains the community, and the territory generates opportunity again.
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