Guest Editors
Dr. Tariq Ali, COMSATS University Islamabad, Pakistan.
Dr. Muhammad Awais, Lancaster University, United Kingdom.
Dr. Mohammad Maroof Siddiqui, Dhofar University, Oman.
Summary
The proposed special issue will cover advanced research in the price and load forecasting smart and intelligent techniques in smart grid. It will also cover the theft detection and false data attacks in the overhead transmission line and energy-efficient system design for smart grids. Smart grids are very popular and have applications in smart cities. The smart grids are not only the power networks; rather they serve the people and businesses in many ways. To carry out all these functions, a lot of measurements are required in the smart grids. Similarly, a lot of control and monitoring-related tasks are essential for the smooth operation of smart grids. The optimization in power systems is essential in smart cities applications and it is vital to keep power systems in operation by detecting and diagnosing various faults at early stages. For the smart city design, the Data-driven-based pricing and incentive schemes could be the first step towards a fully integrated IoT strategy that optimizes productivity and ultimately realizes cost-saving goals. Smart AI and IoT-based solutions could be adopted to reduce the plant shutdowns and associated maintenance costs.
In this context, this Special Issue aims to publish novel research work and visionary reviews on advanced smart grid analytics technologies, algorithms, vibrating sensing technologies, case studies, and their associated applications in the smart grid, power grid modernization, and smart energy trading systems.
Keywords
Potential topics include but are not limited to the following:
• Smart grid analytics for electricity theft detection
• Smart grid analytics for power system resilience
• Smart grid analytics for demand-side management, and load forecasting
• Smart grid analytics for demand-side management, and customer behavior analytics
• Data-driven-based pricing and incentive schemes and protocols
• Cloud computing, and edge-based sustainable smart grid, and smart cities
• Condition monitoring of power systems in smart grid
• IoT based intelligent system design in smart grid
• AI and ML-based data attacks and energy theft detection
• Power system load forecasting in smart grid
• Demand-side management and demand response
• Application of artificial intelligence, IoT, and big data analytics in power networks
• Load forecasting and scheduling in smart grid
• Big data and smart grid analytics in smart cities
• vibrating sensing technologies
Published Papers
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