Titlebook: Smart Meters; Artificial Intellige Djaffar Ould Abdeslam Book 2023 The Editor(s) (if applicable) and The Author(s), under exclusive license

kidney

Dungeon

Djaffar Ould AbdeslamIntroduces a new, AI-enabled and secure smart meter.Describes the prospects for future development of smart meters.Includes case studies from three countries

协定

Accommodation

Understanding the Sources of Consumer Resistance to Smart Meters,s that reduce energy consumption. In this context, smart meters, as they are implemented in households at a large scale, constitute the cornerstone of demand-side management while improving the efficiency and reliability of the overall electricity system.

annexation

Advanced State of the Art Based of Smart Meters Already Carried Out in Europe and Around the World,nclude behavior towards energy technologies in their definition of acceptance. Therefore, many studies focused on different drivers, which have a strong effect on the acceptance of technologies, especially related to the subjects of technology, innovation management, and social psychology.

网络添麻烦

Smart Meters Improved by NILM,eter Inclusive wants to leave the data where it originates, namely with the customer. This book chapter provides a general overview of non-intrusive load monitoring to be able to understand the basics and approaches for such a Smart Meter Inclusive.

Cerumen

斜

Security Aspects of Smart Meter Infrastructures,riff regulations which not sufficiently encourage households to manage their electricity consumption in advance. In the specific field of smart grids, data security appears to be a necessary condition for consumer confidence without which they will not be able to give their consent to the collection and use of personal data concerning them.

Density

POWER

Understanding the Sources of Consumer Resistance to Smart Meters,forming the operation of the grid. As a result, demand-side management is increasingly attracting policy attention as a tool to increase the flexibility of electricity systems and reduce the carbon intensity of electricity supply (Parish et al. in Energy Policy 138, .). Specifically, demand-side man