STADS is once again up and running, and you can register for spring classes and exams. The registration deadline is Thursday 7 November at 23.59.
AU’s labs use a lot of electricity. By reducing our power consumption, we can save money and reduce carbon emissions. On this page, you’ll find lots of tips on how you can reduce power consumption through changes in your routines and habits – without a negative impact on your research and without compromising on the working environment or safety in the laboratory.
Help each other make energy-smart choices and learn new green habits in the lab.
Fume hoods are a safety essential when you’re working with hazardous or toxic substances. But they also consume a lot of energy. It’s possible to reduce fume hood energy consumption without compromising the air quality in our labs.
If you have any questions about energy-efficient usage of fume hoods, you can ask your lab manager or building services division.
If you come across fume hoods that don’t have automatic sash lowering installed, you can contact your lab manager or your local building services division to discuss solutions. Note that it isn’t possible to install automatic sash lowering on all fume hoods.
according to data from DTU, the power saved by opening sashes as little as possible corresponds to the annual power consumption of an average single-family home. Fume hoods that are left open most of the day use up to eight times as much power. There will also be much greater heat loss through the fume hood, because the heat can’t be fully recovered.
Standby electricity consumption accounts for a significant amount of AU’s total electricity consumption. So don’t leave equipment running on standby unless it’s really necessary.
Get more data on other labs’ experiences with setting freezers to 70° C, including links to experiments on storing different types of samples and the effect of temperature on sample stability.