SMART ELECTRIC VEHICLE CHARGING STATIONS TO IMPROVE EFFICIENCY AND RELIABILITY OF THE DISTRIBUTION NETWORK: A COMPREHENSIVE REVIEW

Rashidov , Jakhongir, Zokirov , Islomjon

Techscience.uz - техника фанлари долзарб масалалри · 2026-yil

Annotatsiya

The rapid growth of electric vehicle adoption creates both promising opportunities and serious challenges for contemporary power distribution networks. Uncoordinated EV charging can impose substantial stress on the grid, resulting in voltage deviations, transformer congestion, and increased peak demand. This paper provides a comprehensive review of recent studies addressing smart EV charging strategies, uncertainty modeling approaches, benchmark test systems, and pricing mechanisms for improving distribution network performance. The IEEE 33-bus distribution test system is employed as a benchmark to examine the effects of EV penetration under different charging conditions. In addition, the study reviews smart charging strategies, Monte Carlo - based approaches for modeling charging uncertainty, and the integration of distributed energy resources, including solar photovoltaic systems and battery energy storage. Furthermore, several electricity pricing mechanisms - such as Time-of-Use, Real-Time Pricing, Critical Peak Pricing, and Peak Time Rebate - are analyzed in terms of their effectiveness for demand-side management and peak load mitigation. The reviewed literature indicates that the coordinated application of smart charging, DER integration, and dynamic pricing can significantly alleviate grid stress. This work offers a comprehensive perspective for the design of intelligent EV charging infrastructures that support grid stability, energy efficiency, and environmental sustainability.

Maqola ma’lumotlari
MualliflarRashidov , Jakhongir, Zokirov , Islomjon
JurnalTechscience.uz - техника фанлари долзарб масалалри
Nashr sanasi2026-04-25
Jild4
Son4
Betlar78-94
TilIngliz
DOI10.47390/ts-v4i4y2026n10

Kalit so‘zlar

Electric Vehicles (EVs), Real-Time Pricing (RTP), Distribution Network Reliability, Smart Grid, Time-of-Use Pricing, Monte Carlo Simulation, IEEE 33-Bus Distribution System, Electric Vehicle Charging St, elektromobillar (EV), real vaqt rejimidagi narxlash (RTP), taqsimlash tarmoqlari ishonchliligi, aqlli elektr tarmog‘i (Smart Grid), vaqtga bog‘liq tariflar (Time-of-Use), Monte-Karlo usuli asosida modellashtirish, IEEE 33 tugunli taqsimlash tizimi, elektromobillarni zaryadlash stansiyalari (EVCS), barqaror energetika tizimlari.

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