By Chartered Institution Of Building Services Engineers Staff
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Additional resources for Climate change and the indoor environment : impacts and adaptation
9 Energy consumption (a) and carbon emissions (b) for office O4 (advanced naturally ventilated) Conclusions Conclusions 25 Misc. 7 Energy consumption (a) and carbon emissions (b) for office O2 (mixed-mode) Chiller Fans Boiler Energy consumption / (kW·h/m2) 2050s (a) 20 0 Misc. 8 Energy consumption (a) and carbon emissions (b) for office O3 (ventilated high thermal mass slab) 1980s 2020s through the building by passive means, although it is cooled mechanically. The cooling is switched on if: Misc.
As a result the total energy use remains almost constant. Suggested adaptation No adaptation is suggested. The building achieves its aim of providing close control of the internal environment but with the disadvantage of high energy use for comfort cooling. To reduce the cooling energy use of the building, an alternative cooling approach could be adopted, or greater use of passive features. However, the very deep floor plan of the building, the low floor-to-ceiling height and the mode of use of the building are not ideally suited to alternative approaches.
Internal gains due to lighting are included at 10 W/m2. It was assumed that the classrooms would have some electrical equipment and a machine load of 5 W/m2 was assumed. Lighting: Lights are supposed to be switched on during occupied periods, whether required or not. Ventilation provision: Natural ventilation up to 6 ACH via openable windows. Ventilation control: Manual control. Heating system: Gas-fired boiler with thermostatically controlled radiators. Heating set point: 18 °C. Cooling system: No active cooling system.