: The implementation of 5G communication in smart grids facilitates real-time demand response (DR) management, but at the same time creates several problems concerning cyber security and communication reliability, as well as user trust. Currently, DR methods mainly aim at energy optimization and neglect the combined ef...
Sajjad Rabbani, R. Asif, Mai Alduailij et al.· Computers, Materials & C...· 0 citations
The growing share of renewables has introduced new operational problems into modern smart grids because the electricity from renewable energy sources is intermittent, the load demands are variable and the requirement for real-time control has arisen. In this paper, a framework for smart grid forecasting and scheduling...
Shafaqut Ali, R. Asif· Pakistan journal of engineer...· 0 citations
: The management of demand response (DR) in smart grids increasingly relies on low-latency, reliable, and scalable communication, yet traditional DR signaling methods fail in dense network environments. In this paper, a communication-aware clustered demand response architecture (CCA-DR) for smart grids based on 5G tech...
Sajjad Rabbani, R. Asif, Heba G. Mohamed et al.· Computers, Materials & C...· 0 citations
To handle the growing share of renewable energy resources in a modern smart grid, efficient operation, real-time monitoring and reliable communication support are necessary. This paper proposes an operation and management framework for energy generation from renewable energy sources with the aid of 5G technology that i...
M. Ahmad, R. Asif, Ayesha Awan· Kashmir Journal of Academic...· 0 citations
The proposed framework provides a scalable smart distribution monitoring platform and a future enhancement path towards implementation with hardware, event logging, fault-location techniques and machine-learning based fault classification.
H. Ali, R. Asif, Muhammad Rizwan· Journal of Global Social Tra...· 0 citations
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