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Ushbu tadqiqotda Leapmotor C16 modeliga e’tibor qaratib, elektr transport vositalarining (EV) elektromagnit moslashuvchanligini (EMC) baholash uchun metrologik asosni ishlab chiqish va qo‘llash taqdim etilgan. Ishda BMT YEIKning 10-sonli Reglamenti, CISPR 25 va IEC 61000 kabi xalqaro standartlarga muvofiq O‘zbekistonda EMC sinovlarining uyg‘unlashtirilgan tartib-qoidalariga o‘sib borayotgan ehtiyoj ko‘rib chiqilgan. Ochiq maydondagi sinov maydonchasida dala o‘lchovlarini, o‘tkazilgan va nurlangan chiqindilarni tahlil qilishni va noaniqlikni baholashni o‘z ichiga olgan keng qamrovli sinov metodologiyasi joriy etildi.

  • Web Address
  • DOI
  • Date of creation in the UzSCI system 19-08-2025
  • Read count 73
  • Date of publication 20-07-2025
  • Main LanguageO'zbek
  • Pages56-69
Ўзбек

Ushbu tadqiqotda Leapmotor C16 modeliga e’tibor qaratib, elektr transport vositalarining (EV) elektromagnit moslashuvchanligini (EMC) baholash uchun metrologik asosni ishlab chiqish va qo‘llash taqdim etilgan. Ishda BMT YEIKning 10-sonli Reglamenti, CISPR 25 va IEC 61000 kabi xalqaro standartlarga muvofiq O‘zbekistonda EMC sinovlarining uyg‘unlashtirilgan tartib-qoidalariga o‘sib borayotgan ehtiyoj ko‘rib chiqilgan. Ochiq maydondagi sinov maydonchasida dala o‘lchovlarini, o‘tkazilgan va nurlangan chiqindilarni tahlil qilishni va noaniqlikni baholashni o‘z ichiga olgan keng qamrovli sinov metodologiyasi joriy etildi.

Русский

В данном исследовании представлена разработка и применение метрологической основы для оценки электромагнитной совместимости (EMC) электромобилей (EV) с акцентом на модель Leapmotor C16. В работе рассматривается растущая потребность в гармонизированных процедурах испытаний EMC в Узбекистане в соответствии с международными стандартами, такими как Регламент ЕЭК ООН No 10, CISPR 25 и IEC 61000. На испытательной площадке на открытом     воздухе была внедрена     комплексная     методология     испытаний,   включающая полевые измерения анализ проведенных и облученных отходов  и оценку неопределенности.

English

This study presents the development and application of a metrological framework for assessing the electromagnetic compatibility (EMC) of electric vehicles (EVs), focusing on the Leapmotor C16 model. The work addresses the growing need for harmonized EMC testing procedures in Uzbekistan, in alignment with international standards such as UNECE Regulation No. 10, CISPR 25, and IEC 61000. A comprehensive test methodology was implemented, including field measurements in an open area test site, analysis of conducted and radiated emissions, and uncertainty evaluation.

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