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Multi-Objective Programming Method for Passive Filter Tuning
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DOI：10.1109/TPWRD.2026.3651934.png)
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Abstract
En 中文
Filter tuning methods generally neglect key distribution system characteristics such as load effect due to the challenges to obtain them in practice. However, this practice can increase filter costs. This letter proposes a simplified model of the grid that incorporates the load effect based only on information readily available in practice. This circuit is then used in two new methods for passive filter tuning. Application studies in real feeders confirm these methods outperform existing ones in terms of cost, power losses, and voltage amplification.
Keywords:
Power harmonic filters
Passive filters
Costs
Harmonic analysis
Programming
Load modeling
Integrated circuit modeling
Active filters
Voltage
Tuning
Harmonics
multi-objective programming
passive shunt filters
stochastic programming
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