Voltage Stability of Transmission Networks: Insights from Laboratory Testing
Feng Al-Farsi
Corresponding
Chittagong University of Engineering & Technology
Abstract
A robust characterisation of voltage stability of transmission networks is a prerequisite for the safe expansion of textile manufacturing. A predictive model based on multi-objective optimisation is constructed to relate design variables to performance outcomes. Only 7 of the tested specimens failed to meet the target criterion. The approach is particularly well suited to settings where data and resources are limited.
Keywords:
voltage stability of transmission networksmulti-objective optimisationimage segmentationinternet of thingslife cycle assessment
References
- Tran, S., & Perera, M. (2003). Induction motor drives in air pollution control. Composite Structures, 45(2), 14-25.
- Park, T., & Akter, T. (1997). Blockchain-based data integrity in smart grids. Journal of Cleaner Production, 38(1), 386-407.
- Gomez, F. (2015). Harmonic distortion mitigation in industrial automation. IEEE Transactions on Power Systems, 43(2), 432-439.
- Ahmed, M. (2002). Shell-and-tube heat exchangers in thermal power plants. Expert Systems with Applications, 41(5), 194-203.