Search Results - "Wang, Haozong"

Traveling Wave Based Differential Protection for Renewable Energy Penetrated Power System by Wang, Haozong, Dong, Xinzhou

“…Renewable sources such as solar and wind is the ideal solution for sustainable development. However, protection methods for renewable energy penetrated power…”
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Fault location in AC transmission lines with back-to-back MMC-HVDC using ConvNets by Zhu, Beier, Wang, Haozong, Shi, Shenxing, Dong, Xinzhou

“…The back-to-back modular multi-level converter–high-voltage DC (MMC-HVDC) system is gaining popularity in the field of enhancing power transmission capacity…”
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Analysis and Simulation Research of Cascading Faults in AC/DC Hybrid Grid by Dong, Xinzhou, Huang, Yunshu, Wang, Haozong, Chen, Binshu, Wang, Hao, Dong, Qihuan

“…In the development of power systems, the traditional AC power grids are gradually evolving into AC/DC hybrid grids. However, the safety of hybrid grids is…”
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Fast and reliable differential protection based on traveling waves for HVDC transmission line by Wang, Haozong, Qi, Zhenkang, Fu, Luchuan, Liu, Feng, Hu, Jianli, Dong, Xinzhou, Li, Wenzhong

“…High voltage direct current (HVDC) technology is the ideal solution for long distance bulk power transmission. However, different from AC systems, differential…”
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Metallic Fabrics as the Current Collector for High-Performance Graphene-Based Flexible Solid-State Supercapacitor by Yu, Jianhui, Wu, Jifeng, Wang, Haozong, Zhou, Anan, Huang, Chaoqiang, Bai, Hua, Li, Lei

“…Flexible solid-state supercapacitors attract more and more attention as the power supply for wearable electronics. To fabricate such devices, the flexible and…”
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Eliminating the Dependence of GPS or Communication Latency Estimation in Traveling Wave Based Double-Terminal Fault Location by Wang, Haozong, Qi, Zhenkang, Chen, Binshu, Zhang, Kaixin, Li, Wenzhong, Dong, Qihuan, Dong, Xinzhou

“…Double-terminal traveling wave-based fault location is one of the most reliable and accurate technologies for power transmission line fault location. However,…”
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Enhancing grid protection: The crucial role of resistive-type superconducting fault current limiters in transmission line current differential relays by Dong, Qihuan, Wang, Haozong, Chen, Binshu, Zhang, Ning, de Sousa, W.T.B., Liu, Yilu

“…Superconducting fault current limiters (SFCLs) offer an efficient means of limiting fault currents and supporting system reliability. However, they weaken the…”
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Mitigating commutation failures in HVDC systems with SFCL deployment by Dong, Qihuan, Wang, Haozong, Chen, Binshu, Zhang, Ning, de Sousa, W.T.B., Liu, Yilu

“…Commutation failures represent a prevalent issue encountered in line-commutated-converter high voltage direct current (LCC-HVDC) systems. As the widespread…”
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Correction: Hierarchically porous polystyrene membranes fabricated via a CO 2 -expanded liquid selective swelling and in situ hyper-cross-linking method by Wang, Haozong, Bai, Hua, Li, Lei

“…Correction for ‘Hierarchically porous polystyrene membranes fabricated via a CO 2 -expanded liquid selective swelling and in situ hyper-cross-linking method’…”
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Preparation of PAN nanofiltration membranes by supercritical-CO2-induced phase separation by Wang, Haozong, Yu, Jianhui, Bai, Hua, Li, Lei

“…[Display omitted] ⿢PAN nanofiltration membranes were produced by scCO2 induced phase separation.⿢The effect of experimental conditions on the membranes was…”
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Corrigendum to “Preparation of PAN nanofiltration membranes by supercritical–CO2–induced phase separation” [J. Supercrit. Fluids 118 (2016) 89–95] by Wang, Haozong, Yu, Jianhui, Bai, Hua, Li, Lei

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Preparation of PAN nanofiltration membranes by supercritical-CO sub(2)-induced phase separation by Wang, Haozong, Yu, Jianhui, Bai, Hua, Li, Lei

“…Nanoporous polyacrylonitrile (PAN) membranes were prepared by a supercritical carbon dioxide induced phase separation method from a solution containing…”
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Preparation of PAN nanofiltration membranes by supercritical-CO 2 -induced phase separation by Wang, Haozong, Yu, Jianhui, Bai, Hua, Li, Lei

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Distribution System Fault Location Method Using Reclosure-generating Traveling Waves by Dong, Xinzhou, Wang, Haozong, Xin, Zeyu, Shi, Shenxing, Wang, Bin

“…Fault location in distribution systems includes 2 subtasks: fault distance estimation and fault section identification. This paper presents a fault location…”
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Correction: Hierarchically porous polystyrene membranes fabricated via a CO2-expanded liquid selective swelling and in situ hyper-cross-linking method by Wang, Haozong, Bai, Hua, Li, Lei

“…Correction for 'Hierarchically porous polystyrene membranes fabricated via a CO 2 -expanded liquid selective swelling and in situ hyper-cross-linking method'…”
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Commutation Failure Mitigation Method Based on Improved Commutation Area in HVDC system by Wang, Haozong, Dong, Xinzhou

“…Commutation failure (CF) is one of the major concerns in high-voltage direct current (HVDC) transmission system. Of many methods to mitigate CF, advancing…”
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Traveling Wave Protection for the AC Transmission Lines between MMC Stations and Renewable Energy Sources by Li, Xinyuan, Li, Wenzhong, Chen, Binshu, Wang, Haozong, Dong, Qihuan, Dong, Xinzhou

“…Several MMC-HVDC systems with renewable energy sources connected have been constructed in the past decades. For the AC transmission lines between the MMC…”
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Traveling Wave Differential Protection Applied to Renewable Energy and Flexible DC Connected Lines by Chen, Binshu, Dai, Yuanyuan, Dong, Xinzhou, Wang, Haozong, Li, Xinyuan, Huang, Tianxiao

“…With the rapid consumption of non-renewable energy such as fossil energy, countries around the world are vigorously developing wind, light, geothermal and…”
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Inverse Time Zero Sequence Protection Based on Traveling Wave Startup Information by Xin, Zeyu, Wang, Haozong, Dong, Xinzhou, Ren, Xuan

“…This paper proposes an inverse time zero sequence protection using traveling wave starting information, which solves the problem of delayed action when a…”
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Backup Solution for Traveling Wave Differential Protection Under Synchronization Failure by Wang, Haozong, Dong, Qihuan, Li, Wenzhong, Chen, Binshu, Dong, Xinzhou, Lv, Pengfei, Shu, Zhihuai, Liu, Kun, Shi, Zebing

“…Traveling wave differential protection (TWDP) has shown advantages over traditional current differential protection in terms of sensitivity, rapidity and…”
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