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The Acceptance of Energy Monitoring Technologies - the Case of Local Prosumers.

, , and . ICT4S, volume 2382 of CEUR Workshop Proceedings, CEUR-WS.org, (2019)

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Understanding families’ motivations for sustainable behaviors, , , , , and . Computers in Human Behavior, (2014)Understanding the Limitations of Eco-feedback: A One-Year Long-Term Study., , , and . CHI-KDD, volume 7947 of Lecture Notes in Computer Science, page 237-255. Springer, (2013)Exploring the dimensions of eco-feedback in the wild., , and . SustainIT, page 1-3. IEEE Computer Society, (2015)MyTukxi: Low Cost Smart Charging for Small Scale EVs., , , , , and . CHI Extended Abstracts, ACM, (2019)The design of a hardware-software platform for long-term energy eco-feedback research., , , and . EICS, page 221-230. ACM, (2012)Watt-I-See: Design and Evaluation of an Interactive Installation Using Eco-feedforward Strategies., , , , and . Interact. Comput., 30 (1): 31-45 (2018)Wattom: Ambient Eco-feedback with Mid-air Input., , , , and . exp.at, page 12-15. IEEE, (2019)A global monitoring system for electricity consumption and production of household roof-top PV systems in Madeira., , , , , , and . Neural Comput. Appl., 32 (20): 15835-15844 (2020)Exploring the dimensions of eco-feedback in the wild. University of Madeira, Portugal, (2016)Wattom: A Consumption and Grid Aware Smart Plug with Mid-air Controls., , , , and . TEI, page 307-313. ACM, (2019)