Abstract
Energy usage in buildings has become a critical concern globally, and with that, the concept of energy management in buildings has emerged to help tackle these challenges. The energy management system provides a new opportunity for the building’s energy requirements, and is an essential method for energy service, i.e., energy saving, consumption, supply, etc. The wide-scale implementation of an energy management system and development of energy management mechanismsof mobile applicationsare faced with the following challenges:
Highlights
Energy usage in buildings has become a critical concern globally, and with that, the concept of energy management in buildings has emerged to help tackle these challenges
The wide-scale implementation of an energy management system and development of energy management mechanismsof mobile applicationsare faced with the following challenges:
Advanced energy scheduling, energy-saving, energy supply, and load monitoring mechanism: With the growing requirements of load balancing, stable energy services are faced with great challenges in order to reduce energy cost and serve buildings’ energy user
Summary
Energy usage in buildings has become a critical concern globally, and with that, the concept of energy management in buildings has emerged to help tackle these challenges. In the article by Zhan et al, ‘‘A novel error correction mechanism for energy-efficient cyber-physical systems in smart building,’’ the authors propose to incorporate forward error correction into the media access control layer of IEEE 802.15.4 standard for packets transmission, as the originally used automatic repeat request mechanism is a timing and energy consumed process that should be avoided in the noisy wireless channel of a smart building environment.
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