1 results listed
Smart grid technologies ensures reliability, availability
and efficiency of energy which contribute in economic
and environmental benefits. On other hand, communities have
smart homes with private energy backups however, unification
of these backups can beneficial for the community. A community
consists of certain number of smart homes (SH) which have
their own battery based energy storage system. In this paper,
12 smart communities are connected with 12 fog computing
environment for power economy sharing within the community.
Each community has 10 smart homes with battery bases energy
storage system. These communities are evaluated for load and
cost profiles with three scenarios; SHs without storage system,
SHs with storage system for individual SH requirements and SHs
with unified energy storage system (unified-ESS). Unified-ESS is
formed with the help of home and fog based agents. Simulations
show that, unfied-ESS is efficient to have reduced cost for SHs
within the community.
International Conference on Cyber Security and Computer Science
ICONCS
Rasool Bukhsh
Nadeem Javaid
Asma Rafique