Sustainability
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The document discusses sustainability initiatives at a university campus. It outlines goals related to reducing energy usage in buildings, generating renewable energy through solar panels, wind turbines, and co-generation, and utilizing an aquifer thermal energy storage system. Infrastructure improvements and research collaborations across areas like smart grids, electric vehicle charging, and waste management are mentioned as strategic focuses to work towards the goals of increasing self-sufficiency, reducing emissions, and improving sustainability over the life cycle of campus operations.
Sustainability
- 1. Cooling Roads Heating Bycicles 0800 - 1700 Parking Cars Oplaadpalen Utilization 25 % Research in the field Living Lab Occupancy Test setup Infrastructure Organisation Student Strategic areas Campus Workplaces Collaborator User Board Efficiency Peak shaving Cabels Extraction Smart grid Drink water Goals Process water Water Dommel Cradle to cradle Purchase Grey water Rainwater Exploring and pushing Boundaries New Buildings Collaboration Goals Uninterruptible Power Supply Emergency power generator Sustainability Design <> Energy Biological mass Waste incineration ATES Waste Roofs Flow Facade Dommel Energy Cooling Water Rest energy Panels Solar panels Existing Buildings Energy generation Reduction Water heating Sun Light Presence detection Turbines Wind 5% Co generation Life cycle Goals Aquifer Thermal Energy Storage ATES Payback 7 - 8 years 10% self- Collaboration 5 GW/h Corporation Goals 500 K m3 gas Finance Environment Image Strategic areas Policy Mobility Sustainability.mmap - 22-8-2012 - Mindjet