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The existing up-to-date Home Energy Management System (HEMS) solutions encapsulate the latest trends and innovations from ICT. The monitoring, control and management of power system measurements obtained without the possibility of engaging the consumer satisfaction, characterize HEMS as static system, on contrarily to its dynamic small scale smart grid definition. In this paper, we discuss the benefits...
The continuous evolvement of the smart grid might startle the consumer with different choices for Home Energy Management Systems (HEMSs). The assessment analyses of different HEMSs don't provide a solution or an incentive for further research, because the unified quality evaluation system does not exist. In this paper we propose a reference model design for an user-centric Quality Control System (QCS)...
We have designed Home Energy Management System which is able not only to collect and display data, switch off (on) the appliances, but also to deal with identification of the appliance(s) plugged-in to a single power socket sensor. For that purpose, in this paper we are proposing a data mining algorithm that analyzes the collected consumption data from different appliances in order to identify a cluster...
Wireless sensor and actuator networks (WSAN) integrated with computer intelligence have recently been proposed for a large range of applications for energy management systems. This paper presents an original smart platform for Home Energy Management System, which embeds computer intelligence for optimization of the power consumption of controllable appliances based on retail pricing schemes, knowledge...
The ongoing developments in the area of Smart Grids drastically have changed the objectives of the electricity power industry towards extensive monitoring, management and conservation of energy in the competitive power market and independent regulatory environment. In order to achieve a reliable, autonomous and intelligent Power Consumption Control System, that enables households to monitor, manage...
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