And so what you ask? Well, remember that we have been building quite a lot of renewable energy during the past years in many countries which actually varies. Also, to reduce carbon emissions heating is becoming increasingly electrified. Flexibility in buildings could be used to cope with this intermittency or variability and is highly valued in electricity markets ($$$).
I believe the way to go with making buildings flexibile is automation. And I mean automation big time since you need a lot of buildings to reach an impact. I am developing an automation and control strategy which would be easy to implement and scalable, and usable in the market.
In my literature review I will be focussing on the following three key areas:
The reason choosing these specifically is that based on my research into control and automation research in buildings, most research has not assessed scalability and have somewhat omitted practical operation of energy markets. I am looking into 1) because I think scalable control strategies should make buildings something parties in markets can make use of and interpret in their operations. 2) is to learn from what other practical researchers before me have been doing in buildings. 3) is to understand what kind of markets are out there for flexibility and where and how buildings could be used.
For anyone reviewing research I would say the following things which have helped me so far a lot. Quite simple stuff:
Time to go now. Will put an update out as soon as I have got something meaningful to say about outcomes of the review!
To practitioners,
Eramismus
I am a practical Finn with interests spanning energy, digitalisation and society. I am currently working towards a PhD in England. Among other things I try to explore the layered nature of sustainability through philosophy and technology.