A new data center with server and infrastructure rooms, study rooms and an office wing will be built as one of two main facilities designed to meet increased demands on the quality and power of the university’s IT services. The client attaches great importance to sustainable solutions during both planning and execution. 
 

Timber-hybrid construction and greening 

The design of the new building features the resource-efficient use of sustainable materials. The timber-hybrid design of the load-bearing structure in the office area reduces the use of reinforced concrete to the components essential for structural support and fire protection. The flat roof, facades and outdoor areas will be planted to optimize the microclimate and promote biodiversity. The design of the outdoor facilities also increases user amenity. There will a range of areas designed for different uses, such as temporary workplaces, seating and recreation areas.  
 

Photovoltaics, geothermal boreholes and heat recovery  

The photovoltaic modules are expected to generate a total yield of 140 MWh/year and help meet the building’s energy needs. Highly efficient cooling of the building will be achieved using boreholes directly connected to a heat exchanger. In addition, a water-to-water heat pump will use waste heat from the data center to heat the office area. Also, a heat recovery system will use the exhaust air from the data center’s ventilation system to supply heat for the office ventilation system. All these measures will reduce energy consumption.