UPS-NoBreak power supply units ensure partial energy autonomy in case of power shortages
Creating a greener,
smarter Campus.
MAXIMISING FREE COOLING
Campus Biotech optimises energy efficiency by leveraging both natural and mechanical free cooling solutions.
- Natural free cooling through a 1,000 sqm glass atrium that opens for fresh air circulation.
- Mechanical free cooling via advanced ventilation systems, reducing cooling costs and energy use.
- Advanced BMS (Building Management System) enables precise environmental regulation. Real-time monitoring adjusts temperature and ventilation based on occupancy, minimising unnecessary energy consumption.
GENILAC: SUSTAINABLE HEATING & COOLING
Genilac harnesses lake water to provide an efficient, renewable heating and cooling system for Geneva.
- The sale of the Barton pumping station to SIG enabled the launch of Genilac, supplying over 350 buildings.
- The system uses the lake’s natural freshness for cooling with minimal energy input.
- It has no impact on the lake’s water volume, ensuring environmental responsibility.
- By 2045, it aims to significantly cut energy consumption and CO₂ emissions across Geneva.
less electricity used for the Campus cooling system
less energy for the heating system
The 41,000 sqm site is connected to GeniLac for 10 years
Minergie-P certified
Aligned with the objectives of the Confederation (Energy Strategy 2050)
Assessed as THPE 2000W compliant
FUTURE ENERGY SUSTAINABILITY PLANS
Campus Biotech is furthering its commitment to sustainability with the construction of Building B4, a state-of-the-art research centre designed for minimal environmental impact.
- A 12,000 sqm interdisciplinary research centre built to the highest sustainability standards.
- Certified BREEAM Outstanding, the highest level of this globally recognised assessment.
- Incorporates strict environmental criteria, including energy efficiency, responsible water management, optimised indoor air quality, and sustainable materials.
- Designed to enhance occupant well-being while ensuring the lowest possible carbon footprint throughout its life cycle.
A clean break from fossil fuels
Campus Biotech now runs on 100% renewable energy. Gas boilers have been replaced with heat pumps powered by the lake water system, eliminating fossil fuel use for heating. Rooftop solar panels will further reduce reliance on external electricity, reinforcing the site’s commitment to sustainability.
