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While the existing technology loss reduction platform has made noteworthy strides in theoretical line loss calculation, reactive power optimization, and power flow scheduling optimization, it faces limitations in accurately assessing the reactive power compensation capabilities of power suppliers and providing precise regulation on the reactive power compensation preferences of power consumers. To address these issues, this paper introduces a construction scheme for a provincial technical loss reduction interactive management and control platform that considers the reactive power compensation potential on both the supply and demand sides. The paper presents the design and implementation of two advanced technical loss reduction functions: “Operational State Diagnosis of Low Voltage Reactive Power Compensation Devices” and “Exploration of Reactive Power Potential for Users with Speciality Transformers.” The former aims to enhance the effective utilization of low voltage reactive power compensation equipment, exploiting the network loss management potential in low voltage distribution networks. The latter establishes a collaborative, mutually beneficial, and win-win reactive power loss reduction system through information sharing and interaction mechanisms within the platform. Currently, the platform proposed in this paper has been successfully implemented in a provincial power grid, demonstrating outstanding performance.
Gu et al. (Sun,) studied this question.