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Tekijä: | Liassas, Georgios |
Työn nimi: | Privacy Enhancing Mechanisms in the Smart Grid |
Julkaisutyyppi: | Diplomityö |
Julkaisuvuosi: | 2013 |
Sivut: | 70 Kieli: eng |
Koulu/Laitos/Osasto: | Perustieteiden korkeakoulu |
Oppiaine: | Tietokoneverkot (T-110) |
Valvoja: | Aura, Tuomas ; Probst, Christian W. |
Ohjaaja: | Vasirani, Matteo ; Wijaya, Kurniawan |
Elektroninen julkaisu: | http://urn.fi/URN:NBN:fi:aalto-201409252675 |
OEVS: | Sähköinen arkistokappale on luettavissa Aalto Thesis Databasen kautta.
Ohje Digitaalisten opinnäytteiden lukeminen Aalto-yliopiston Harald Herlin -oppimiskeskuksen suljetussa verkossaOppimiskeskuksen suljetussa verkossa voi lukea sellaisia digitaalisia ja digitoituja opinnäytteitä, joille ei ole saatu julkaisulupaa avoimessa verkossa. Oppimiskeskuksen yhteystiedot ja aukioloajat: https://learningcentre.aalto.fi/fi/harald-herlin-oppimiskeskus/ Opinnäytteitä voi lukea Oppimiskeskuksen asiakaskoneilla, joita löytyy kaikista kerroksista.
Kirjautuminen asiakaskoneille
Opinnäytteen avaaminen
Opinnäytteen lukeminen
Opinnäytteen tulostus
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Sijainti: | P1 Ark Aalto 2422 | Arkisto |
Avainsanat: | smart grid demand response privacy dynamic pricing incentives dirential privacy aggregation utility Paillier homomorphic PET |
Tiivistelmä (eng): | The Smart Grid constitutes a hot research topic, nowadays, due to the potential that is has to further improve and optimize the power generation, delivery and consumption. The set of components it is comprised of, such as the smart meters, as well as the advanced communication technologies it incorporates, renders it capable of bringing significant societal benefits and high reliability in reference with its orderly operation. An interesting technology in the context of the Smart Grid is the Demand Response. This technology attempts to change the way that the electricity customers used to perceive the power consumption by engaging them in an interaction with the energy producer. Essentially, the customers are asked to adapt their power needs based on the state of the power grid. In that way, the energy capacity or resources could be shared more efficiently and unpleasant incidents, such as power outages, could be prevented. In return, the utility company offers monetary incentives, rewarding in this way the customers' power curtailment efforts. Nevertheless, the fulfillment of the DR goals requires the exchange of information between the utility company and the customers. From the customers' point of view this interaction might be privacy invasive. Consequently, DR programs could not be widely accepted by the public before the privacy concerns are alleviated. This thesis investigates the trade off between the privacy and the efficiency of a DR mechanism by simulating the stakeholders and their interactions in a mock DR environment. |
ED: | 2014-09-16 |
INSSI tietueen numero: 49705
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