Optimal tie line placement of distribution system incorporating performance based rates

Verma, A. K.

doi:10.1109/icpes.2017.8387362

Cited by 3 publications

(2 citation statements)

References 20 publications

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“…Ex-ante payment for quality regulation is used in Germany [46]. Distribution planning considering reliability evaluation and PBR is conducted in [60][61][62]. The quality of network and quality of the consumed services are typically important for consumers, but not necessarily to the same extent.…”

Section: Service Quality Regulationmentioning

confidence: 99%

An analysis of distribution planning under a regulatory regime: An integrated framework

Verma

2023

Energy Conversion and Econom

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Distribution system planning is a multifaceted topic involving financial, regulatory, and system level analysis. The wide nature of the topic warrants a holistic study considering all aspects of analysis. The distribution utility is a natural monopoly that is subjected to utility regulation. The regulator can impact customer experience by strategically influencing the planning decisions of the utility. Hence, this paper reviews the existing utility regulation methods in the context of the distribution system and their efficacy in improving certain reliability and efficiency objectives. A two‐bus system is used to demonstrate the impact of classical models in alleviating reliability and efficiency issues through demand response. Further, a review is conducted on distribution system planning models without a regulatory regime, and suitable models for holistic analysis are identified. A two‐person complete information regulator and utility game with a comprehensive distribution system model at the lower level is proposed. A framework based on the Mixed Integer Bilevel Linear Program (MIBLP) is discussed to find the equilibrium point of the proposed game.

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Section: Service Quality Regulationmentioning

confidence: 99%

An analysis of distribution planning under a regulatory regime: An integrated framework

Verma

2023

Energy Conversion and Econom

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“…A multi-stage and multiload-scenario active distribution network expansion planning model was proposed, which considered the applications of new distributed generation and construction of feeders at the planning level (Shen et al, 2018), and maximum TSC can be achieved by planning feeder links. In the study by Verma and Swarup (2017), the optimal feeder link placement problem was solved by focusing on the minimization of penalties incurred by the distribution network, and optimal feeder link location was found by a fundamental loop-based algorithm. The length upper limit estimation method for the optimal planning scheme feeder link is proposed to considerably reduce the search range of the optimal feeder link planning scheme (Hou et al, 2019).…”

Section: Introductionmentioning

confidence: 99%

A feeder link planning method for total supply capability improvement of distribution network

Xiao

et al. 2022

Front. Energy Res.

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This study proposes a new feeder link planning method for the distribution network, which can improve total supply capability (TSC). Feeder links are the key component of distribution networks. They are of great significance to the TSC of the distribution network. Therefore, it is necessary to reveal the influence rules of feeder links on TSC and then apply the rules in distribution network planning. First, the indices describing the position, scale, and efficiency of feeder links are defined. Second, the influence rules of feeder links on TSC are revealed. 1) When the feeder geometrical distribution is more balanced, the TSC is higher. 2) When the feeder link scale is larger, the TSC is higher. While for both (1) and (2), the TSC will remain unchanged after reaching a certain value. 3) There always exists an optimal construction order of feeder links, which can ensure the TSC is as high as possible in each planning stage. Third, based on the rules, a model and an algorithm of the feeder link planning are proposed. The method can find an optimal construction order of feeder links, which can ensure that the value of TSC is as high as possible in each feeder link planning stage. Finally, the proposed method is verified on an 8-substation-transformer case grid, which has shown that the proposed method has advantages in feeder link efficiency and feeder-distribution balancing, and especially the TSC can be improved in each planning stage than the traditional methods.

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Optimized Tie-line Planning of Distribution Networks with Explicit Reliability Constraints

Wang

2020

2020 IEEE 4th Conference on Energy Internet and Energy System Integration (EI2)

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Optimal tie line placement of distribution system incorporating performance based rates

Cited by 3 publications

References 20 publications

An analysis of distribution planning under a regulatory regime: An integrated framework

An analysis of distribution planning under a regulatory regime: An integrated framework

A feeder link planning method for total supply capability improvement of distribution network

Optimized Tie-line Planning of Distribution Networks with Explicit Reliability Constraints

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