Emne - Eksperter i team - Smart Energy Management - TIØ4855
Eksperter i team - Smart Energy Management
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Faglig innhold
Which smart business models can enable the energy sector to transition towards a zero-carbon future? How to manage and integrate renewable energy technologies?
The energy sector is responsible for 70% of global greenhouse gas emissions, and it needs to change to meet climate targets. This is posing many interesting challenges and opportunities.
The fastest growing electricity production, solar and wind, is irregular and uncontrollable. Therefore, flexibility and storage technologies are needed to meet demand for electric power at any given time, or to reduce or shift demand to when supply is available.
In current EU policy, consumers are mobilized to play an active role in the energy system. Prosumers are active consumers who also produce or store energy. All households in Norway have smart meters, which allows them to use apps to manage their thermostat or car charging to save money.
In contrast, energy access is not a given in all countries. About a quarter of the world's population is not connected to a (reliable) power grid. Food stoves using wood, coal or fuels are not environmentally friendly and cause health problems. Solar panels, small-scale wind power, or waste gasification can be cost-effective, but there is a need for education and management to implement these technologies.
Join this engaging EiT village to develop renewable energy management projects that propose innovative solutions that accelerate the transition of net-zero energy systems. This EiT village will develop innovative ideas coming from you along with the guidance of experts in the field.
For mer informasjon om Eksperter i Team, se www.ntnu.no/eit og www.ntnu.no/eit/emnebeskrivelse
Obligatoriske aktiviteter
- Oppmøte hver landsbydag
- Muntlig presentasjon
- Utarbeide samarbeidsavtale
Fagområder
- Termisk energi og vannkraft - energi og prosessteknikk
- Energi- og miljøfysikk
- Energiforsyning og klimatisering i bygninger
- Anvendt elektroteknikk
- Tverrfaglig elektroteknikk
- Energi- og prosessteknikk
- Bedriftsøkonomi og optimering
- Prosjekt- og kvalitetsledelse
- Industriell økonomi og teknologiledelse
- Teknologiske fag
- Vannkraft