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ELEKTR ENERGETIKA TIZIMI BILAN PARALLEL ISHLOVCHI QUYOSH FOTOELEKTR STANSIYASI ELEMENTLARINING TARKIBINI OPTIMALLASHTIRISH MASALASINING MATEMATIK MODELI VA UNI YECHISH ALGORITMI
(MUQOBIL ENERGETIKA ILMIY-TEXNIK JURNALI, 2025-09-30) Toshev, Tajiddin Ungboyevich; Gayibov, Tulkin Shernazarovich
Annotatsiya: Kirish. Hozirgi inson faoliyatining barcha sohalarida elektr isteʼmolining yuqori suratlarda oshib borishi, uglevodorod yoqilgʻisi zaxirasining cheklanganligi, shuningdek, energetikaning ekologik muammolarini dolzarbligi sharoiti qayta tiklanuvchan energiya resurslari, birinchi navbatda, quyosh energiyasida ishlovchi elektr stansiyalarini qurish va ishlatishni yanada samarali usullarini ishlab chiqish va joriy etishni talab etadi. Введение. В современных условиях стремительного роста потребления электроэнергии во всех сферах человеческой деятельности, ограниченности запасов углеводородного топлива, а также актуальности экологических проблем энергетики возникает необходимость разработки и внедрения более эффективных методов строительства и эксплуатации электростанций, работающих на возобновляемых источниках энергии, в первую очередь на солнечной энергии. Introduction. The rapid increase in electricity consumption across all areas of human activity, the limited reserves of hydrocarbon fuels, and the relevance of environmental issues in the energy sector necessitate the development and implementation of more efficient methods for constructing and operating power plants based on renewable energy sources, primarily solar energy.
ИСПОЛЬЗОВАНИЕ МАТРИЦ ПРИ СОВЕРШЕНСТВОВАНИИ АЛГОРИТМОВ ОПТИМИЗАЦИИ ЭЛЕКТРОЭНЕРГИИ В УСЛОВИЯХ НЕОПРЕДЕЛЕННОСТИ ИСХОДНЫХ ДАННЫХ
(MUQOBIL ENERGETIKA ILMIY-TEXNIK JURNALI, 2025-09-30) Imomnazarov, Azizbek Botirovich; Norboyev, Anvar Eshmuminovich; Ibragimov, Iskandar Isroilovich
Аннотация. Введение. Задача оптимизации состояний электроэнергетических систем относится к числу сложных задач нелинейного математического программирования. Несмотря на то, что за последние пять лет разработано множество методов и алгоритмов решения этой задачи, вопрос их совершенствования с учетом современных условий эксплуатации электроэнергетических систем остается актуальной задачей. В данной работе предлагается новый алгоритм оптимизации кратковременных режимов электроэнергетических систем в условиях неопределенности исходных данных. Abstract. Introduction. The task of optimizing the states of electric power systems is one of the complex tasks of nonlinear mathematical programming. Despite the fact that many methods and algorithms for solving this problem have been developed over the past five years, the issue of their improvement, taking into account modern operating conditions of electric power systems, remains an urgent task. In this paper, we propose a new algorithm for optimizing short-term modes of electric power systems in conditions of uncertainty of the initial data. Annotatsiya. Kirish. Elektr energetika tizimlarining holatini optimallashtirish muammosi chiziqli boʻlmagan matematik dasturlashning murakkab muammolaridan biridir. Oxirgi besh yil davomida ushbu muammoni hal qilishning koʻplab usullari va algoritmlari ishlab chiqilganiga qaramay, ularni elektr energetika tizimlarining zamonaviy ish sharoitlarini hisobga olgan holda takomillashtirish masalasi dolzarb vazifa boʻlib qolmoqda. Ushbu maqolada dastlabki maʼlumotlarning noaniqligi sharoitida elektr energiya tizimlarining qisqa muddatli rejimlarini optimallashtirishning yangi algoritmi taklif etiladi. Algoritmning oʻziga xos xususiyati hisobkitoblarda balanslash elektr stansiyasiga ega boʻlgan yagona oraliq tugunni tanlash zaruratini istisno qilish bilan bogʻliq boʻlib, bu koʻplab mavjud usullar uchun xosdir. Elektr energetika tizimining rejimini optimallashtirishda dastlabki maʼlumotlarning chastotasining oʻzgarishi va qisman noaniqligini hisobga olish hisob-kitoblar natijalarini sezilarli darajada oʻzgartirishi va natijada iqtisodiy samaradorlikning mos ravishda oshishiga olib kelishi koʻrsatilgan.
Application Features of Energy-Efficient Led Lights Powered by Photovoltaic Batteries
(Journal of Genetic Engineering and Biotechnology Research, 2025-05-30) Sa’dullayev, Alaviddin Bobakulovich; Avlakulov, Meili; Umirov, Asror Pardaevich
The article scientifically substantiates the improvement of the system's energy efficiency and efficiency indicators compared to analog systems as a result of the use of renewable alternative energy sources such as power sources, motion sensors, and photosensors installed by LED lamps in electric lighting networks. The authors have developed recommendations for the use of energy-efficient LED lamps in electric lighting networks based on the results of experimental studies and theoretical calculations.
ELEKTR YORITISH TARMOQLARINING ENERGIYA TEJAMKORLIK VA SAMARADORLIK XUSUSIYATLARI
(MUQOBIL ENERGETIKA ILMIY-TEXNIK JURNALI, 2025-09-30) Sa’dullayev, Alaviddin Bobakulovich; Nabiyeva, Iroda Islom qizi; Boboqulov, Zavqiddin Aloviddin oʻgʻli
Annotatsiya: Kirish. Hozirgi vaqtda iqtisodiyot tarmoqlari va ijtimoiy sohada energiya tejash va energiya samaradorligini oshirish masalasiga alohida eʼtibor qaratilmoqda. Zamonaviy elektr yoritish tizimida energiya tejamkorligi va samaradorligi masalalari ishlab chiqarish sanoat korxonalarining elektr yoritish tarmoqlarida qoʻllanilayotgan yoritkichlarning rusumlarini toʻgʻri tanlanishi, ish rejimlarini avtomatik boshqaruvi jarayoni bilan uzviy bogʻliqdir. Аннотация. Введение. В настоящее время в отраслях экономики и социальной сфере уделяется особое внимание вопросам энергосбережения и повышения энергоэффективности. В современных электрических осветительных системах задачи энергосбережения и эффективности напрямую связаны с правильным выбором типов светильников, используемых в электрических осветительных сетях промышленных предприятий, а также с процессом автоматического управления их режимами работы. Abstract. Introduction. At present, special attention is paid to the issues of energy saving and improving energy efficiency in various sectors of the economy and the social sphere. In modern electric lighting systems, energy saving and efficiency are directly related to the correct selection of lighting fixtures used in the electrical lighting networks of industrial enterprises, as well as to the process of automatic control of their operating modes.
QUYOSH FOTOELEKTR STANSIYALARI INTEGRATSIYALASHGAN ELEKTR TA’MINOTI TIZIMIDAN TA’MINLANUVCHI KICHIK QUVVATLI SUV NASOSLARI.
(Development of science Ilmiy jurnal, 2025-05-30) Umirov, Asror Pardaevich; Mustayev, Ruslan Aktamovich; Shoyqulova, Dilnoza Sobir qizi
Annotatsiya. Ushbu maqolada kichik quvvatli suv nasoslarini elektr ta’minoti tizimiga quyosh fotoelektr (PV) stansiyalarini integratsiya qilish masalasi o‘rganiladi. Yangilanuvchi energiya manbalaridan, xususan quyosh energiyasidan foydalanish qishloq va olis hududlar uchun barqaror va iqtisodiy jihatdan samarali еchim hisoblanadi. Tadqiqotda quyosh energiyasi bilan ishlaydigan nasos tizimlarining texnik ko‘rsatkichlari, samaradorligi va ishonchliligi tahlil qilinadi hamda ularning an’anaviy energiya manbalariga nisbatan afzalliklari muhokama qilinadi. Аннотация. В статье рассматривается интеграция солнечных фотоэлектрических станций в системы электроснабжения маломощных водяных насосов. Использование возобновляемых источников энергии, особенно солнечной, представляет собой устойчивое и экономически эффективное решение для сельских и удаленных районов. В исследовании анализируются технические параметры, эффективность и надежность насосных систем на солнечной энергии, а также их преимущества по сравнению с традиционными источниками питания. Abstract. This article explores the integration of solar photovoltaic (PV) stations into the power supply systems of small-capacity water pumps. The use of renewable energy sources, particularly solar energy, provides a sustainable and cost-effective solution in rural and remote areas. The study analyzes the technical parameters, efficiency, and reliability of solar-powered pump systems, and discusses their advantages compared to conventional power sources.
Application Features of Energy-Efficient Led Lights Powered by Photovoltaic Batteries
(Journal of Genetic Engineering and Biotechnology Research, 2025-05-12) Sadullaev, Alaviddin Bobakulovich; Avlakulov, Meil; Umirov, Asror Pardaevich
The article scientifically substantiates the improvement of the system's energy efficiency and efficiency indicators compared to analog systems as a result of the use of renewable alternative energy sources such as power sources, motion sensors, and pho- tosensors installed by LED lamps in electric lighting networks. The authors have developed recommendations for the use of en- ergy-efficient LED lamps in electric lighting networks based on the results of experimental studies and theoretical calculations.
SUSTAINABLE DEVELOPMENT IN INDUSTRY AND ENERGY: ANALYSIS OF GREEN SOLUTIONS AND CALCULATION METHODS
(International Journal of Education, Social Science & Humanities. Finland Academic Research Science Publishers, 2025-06-22) Ochilov, Yunus Ochilovich; Sultanov, N.F; Xolmurodov, J.B
This article analyzes "green solutions" in the fields of industry and energy. It discusses both scientific and practical approaches to saving natural resources, reducing atmospheric emissions, and ensuring sustainable development on a global scale. Key areas include renewable energy sources, energy efficiency, reduction of CO₂ emissions, and resource conservation. Efficiency calculations of solar panels and industrial equipment are presented using specific formulas. Additionally, the article includes real-world examples of the power and energy consumption of electrical devices. The analysis and calculations shown here are considered essential factors in promoting energy savings and environmental sustainability
AI and machine learning applications in energy efficiency
(AIP Conf. Proc, 2025-11-04) Ochilov, Yunus Ochilovich; Niyozov, Numon; Rafikova, Gulnara; Tadjibaeva, Dilfuza
The integration of Artificial Intelligence (AI) and Machine Learning (ML) into energy management systems has demonstrated remarkable potential for improving energy efficiency across various sectors. This study explores the application of ML models, including Linear Regression, Random Forest Regression, and Artificial Neural Networks, to predict energy consumption and optimize scheduling for minimizing peak loads. Historical energy usage data were analyzed to train and validate the models, with performance evaluated using metrics such as Mean Absolute Error (MAE) and Root Mean Square Error (RMSE). The findings reveal that ANN outperformed other models, achieving an MAE of 5.3 and RMSE of 6.8, closely aligning with actual energy usage patterns. Furthermore, optimization techniques resulted in significant energy savings, reducing consumption from 1200 kWh to 950 kWh. These results highlight the transformative role of AI and ML in achieving sustainability goals by enhancing energy efficiency, reducing costs, and mitigating environmental impact.
МУҚОБИЛ ЭНЕРГИЯ МАНБАЛАРИ ВА ВАҚТГА БОҒЛИҚ ТАРИФЛАР АСОСИДА ЭЛЕКТР ТАЪМИНОТИ ТИЗИМИНИНГ МОДЕЛЛАШТИРИШ VA ОПТИМАЛЛАШУВИ
(SAMO QALQONLARI, 2025-03-25) Ochilov, Yunus Ochilovich
Замонавий энергетика тизимида муқобил энергия манбаларининг аҳамияти ортиб бораётгани сабабли, электр энергиясини нархлаш тизимини такомиллаштириш ва дифференциаллашган тарифларни жорий этиш долзарб масалалардан бирига айланди. Ушбу мақолада муқобил энергия манбаларидан фойдаланувчи истеъмолчилар учун дифференциаллашган тарифларни жорий этиш имкониятлари ва уларнинг электр таъминоти тизимига таъсири таҳлил қилинган. Жаҳон тажрибаси асосида Германия, АҚШ ва Хитойдаги моделлар кўриб чиқилган
Improvement of algorithms for optimization of electrical energy systems under conditions of uncertainty of initial data using matrices
(AIP Conf. Proc, 2025-11-04) Latipov, Sherkhon; Ibragimov, Iskandar; Khamidjonov, Olimjon; Zhang, Jianzhong; Mamatkulov, Asom; Karimov, Ilhom; Sayfiyev, Sardor
The problem of optimizing the states of electric power systems is one of the complex problems of nonlinear mathematical programming. Despite the fact that many methods and algorithms for solving this problem have been developed in the last five years, the issue of their improvement, taking into account the modern operating conditions of electric power systems, remains an important task. This paper proposes a new algorithm for the optimization of short-term modes of electric power systems under the conditions of initial data uncertainty. The peculiarity of the algorithm is related to the elimination of the need to select a single intermediate bus with a balancing power plant in calculations, which is typical for many existing methods. It is shown that the consideration of frequency changes and partial uncertainty of the initial data in the optimization of the mode of the electrical system can significantly change the calculation results and lead to a corresponding increase in the resulting economic efficiency
Improvement of algorithms for optimization of electrical energy systems under conditions of uncertainty of initial data using matrices
(AIP Conf. Proc, 2025-11-04) Latipov, Sherkhon; Ibragimov, Iskandar; Khamidjonov, Olimjon; Zhang, Jianzhong; Mamatkulov, Asom; Karimov, Ilhom; Sayfiyev, Sardor
The problem of optimizing the states of electric power systems is one of the complex problems of nonlinear mathematical programming. Despite the fact that many methods and algorithms for solving this problem have been developed in the last five years, the issue of their improvement, taking into account the modern operating conditions of electric power systems, remains an important task. This paper proposes a new algorithm for the optimization of short-term modes of electric power systems under the conditions of initial data uncertainty. The peculiarity of the algorithm is related to the elimination of the need to select a single intermediate bus with a balancing power plant in calculations, which is typical for many existing methods. It is shown that the consideration of frequency changes and partial uncertainty of the initial data in the optimization of the mode of the electrical system can significantly change the calculation results and lead to a corresponding increase in the resulting economic efficiency
Low voltage electricity networks energy efficiency in raising tension decrease adjust methods
(AIP Conf. Proc, 2025-11-04) Bakhtiyor, Khusanov; Gafurov, Bakhtiyor; Mamatkulov, Asom; Shayimov, Fayzullo; Tukhtaev, Bobur
Special attention is paid to the development of the electricity supply system in the world. In particular, research aimed at significantly reducing the wastage of electricity in the network, improving its quality, and creating energy- and resource-saving modes of operation in the process of consumption is gaining importance. The quality of electricity in lowvoltage power networks, in particular, the non-compliance of the voltage level with regulatory documents, leads to a decrease in the efficiency of the power supply of power networks, a violation of the technological process for electricity consumers. In this article, the problems of reducing electricity waste based on correction of voltage drop in low-voltage power networks are considered
Inter-subject relations of physics and energy disciplines, as a didactic condition for increasing the quality of students’ knowledge
(AIP Conf. Proc, 2025-11-04) Nasyrov, Temurdjan; Safarov, Kholiyor Sayyid; Mamatkulov, Asam; Nimatov, Kamoliddin; Мatchonov, Oybek
This article presents a systematic approach to examining the content of academic disciplines that requires careful study of the connections between individual disciplines and between the various issues presented within each discipline. The consistency of the presentation of material between different courses and between different topics within each course is one of the most important indicators of the quality of educational material. Inconsistency and contradiction in the presentation of related issues have a negative academic impact, leading to a decline in the prestige of the educational process and confusion in the scientific worldview of students. We can discuss a systematic approach in two slightly different aspects: “in the big” and “in the small”. In the first case, we should talk about the connection between different courses, their consistency and continuity, the commonality of scientific language in related courses, the place of courses in the curricula of various specialties, and, of course, the content of each course, its significance for a specialist in this profile and the disciplines based on this course. In the second case, the systematic approach is reflected in the methodological unity of presenting various issues within each course
Optimization of electric power systems modes under conditions of partial uncertainty of initial information based on use of payment matrices
(AIP Conf. Proc, 2025-07-15) Latipov, Sh. Sh; Sayfiyev, S. E.; Karimov, I. N.; Mamatkulov, A. S.; Xamidjonov, O. A.
The problem of optimizing the mode of power systems is one of the complex problems of nonlinear mathematical programming. Despite the development of many methods and algorithms for solving this problem over the past few decades, the issues of their improvement, considering the modern operating conditions of energy systems, remain an important task. This article proposes a new algorithm for optimizing short-term power system modes under partial uncertainty of the initial information. A distinctive feature of the algorithm is associated with the elimination of the calculations of the need to select a single intermediate bus with a balancing power plant, which is typical for many existing methods. It is shown that considering frequency changes when optimizing the power system mode and the partial uncertainty of the initial information can significantly change the calculation results and lead to a corresponding increase in the resulting economic effect
200 W QUYOSH PANELI YORDAMIDA TA’MINLANADIGAN YOMG‘IRLATIB SUG‘ORISH MASHINASI UCHUN SUV SARFI TAHLILI
(Development of science, 2025-10-10) Mamatkulov, Asam Norovich; Sayfiyev, Sardor Erkinovich
Ushbu maqolada quyosh energiyasi asosida ishlaydigan yomg‘irlatib sug‘orish mashinasining samaradorligi, 200 W quyosh paneli, akkumulyator batariyasi, suv nasosi, suv quvuri va yomg‘irlatib sepish qurilma moslamalari, suv va energiya tejamkorligini ta’minlash, suv sarfini hisoblash uchun nasos orqali chiqarilayotgan suv miqdorini aniqlash shuningdek, tizimning ishonchliligini kuchaytirish bo‘yicha taklif va yechimlar bayon etilgan. Zamonaviy texnologiyalarni keng joriy etish orqali qishloq xo‘jaligining barqaror rivojlanishiga hissa qo‘shish masalalari ko‘rib chiqilgan
MAISHIY ISTE’MOLCHILARNI DIFFERENSIALLASHGAN TARIFLAR TIZIMIGA O‘TKAZISH ORQALI ENERGETIK SAMARADORLIKNI OSHIRISH METODIKASI: NAZARIYA VA ILMIY TAHLIL
(ЭНЕРГИЯ ВА РЕСУРС ТЕЖАШ МУАММОЛАРИ, 2025-03-04) Ochilov, YunusOchilovich; Bobojanov, M.K; Saparov, A.X; Imomov, D.D
Maishiy iste’molchilarni differensiallashgan tariflar tizimiga o‘tkazish zamonaviy energetika siyosatining ustuvor yo‘nalishlaridan biri hisoblanadi. Mazkur maqolada O‘zbekiston energetika tizimida yuklamadagi mavsimiy va sutkalik o‘zgarishlarni hisobga olgan holda, maishiy iste’molchilar uchun vaqtga bog‘liq tariflash mexanizmlarini joriy etishning ilmiy-amaliy asoslari tahlil qilingan. Tadqiqot doirasida elektr energiyasi iste’molining kunlik profillari o‘rganilgan, «tig‘iz», «kunduzgi» va «tungi» soatlar aniqlangan, va shu asosda ratsional tarif zonalashtirish taklif etilgan. Metodologiya sifatida statistik tahlil, modellashtirish va ssenariylar asosida prognoz qilish usullaridan foydalanilgan. Shuningdek, aqlli hisoblagichlar orqali real vaqtda ma’lumot to‘plash va monitoring qilishning samaradorligi ko‘rsatilgan. Maqolada tarif tizimini joriy etish jarayonida iste’molchilarda rag‘batlantirish va xabardorlikni oshirish orqali ijobiy o‘zgarishlarga erishish mumkinligi ta’kidlangan. Ushbu metodika nafaqat energetik tizim barqarorligini oshirish, balki iqtisodiy va ekologik samaradorlikka erishishda ham muhim ahamiyat kasb etadi
Optimization of electric power systems modes under conditions of partial uncertainty of initial information based on use of payment matrices
(AIP Conf. Proc, 2025-06-15) Sayfiyev, S. E.; Latipov, Sh. Sh.; Karimov, I. N.; Mamatkulov, A. S.; Xamidjonov, O. A.
The problem of optimizing the mode of power systems is one of the complex problems of nonlinear mathematical programming. Despite the development of many methods and algorithms for solving this problem over the past few decades, the issues of their improvement, considering the modern operating conditions of energy systems, remain an important task. This article proposes a new algorithm for optimizing short-term power system modes under partial uncertainty of the initial information. A distinctive feature of the algorithm is associated with the elimination of the calculations of the need to select a single intermediate bus with a balancing power plant, which is typical for many existing methods. It is shown that considering frequency changes when optimizing the power system mode and the partial uncertainty of the initial information can significantly change the calculation results and lead to a corresponding increase in the resulting economic effect
BIR FAZALI ELEKTR ISTE’MOLCHILARNI TIRISTOR VA SIMISTOR ASOSIDAGI KONTAKTSIZ QURILMALAR YORDAMIDA ISHGA TUSHIRISH
(Development of science, 2025-11-11) Karimov, Ilhom; Mustayev, Ruslan
Kichik quvvatli elektr iste’molchilarni bir fazali elektr tarmog‘idan samarali va xavfsiz tarzda ta’minlash, ayniqsa ularni kommutatsiyalash jarayonida, ishonchli va zamonaviy texnologiyalarga asoslangan kommutatsiya apparatlaridan foydalanishni talab etadi. An’anaviy rele yoki kontaktorlar asosidagi kommutatsiya qurilmalari uzoq yillardan buyon qo‘llanib kelinayotgan bo‘lsa-da, ular mexanik harakatlanuvchi qismlarga ega bo‘lib, bu esa ularning xizmat muddati va ishonchliligiga salbiy ta’sir ko‘rsatadi. Ushbu maqolada simistor asosida ishlab chiqilgan kontaktsiz kommutatsiyalash qurilmasi haqida batafsil ma’lumotlar keltirilgan. Bunday qurilmalar, ayniqsa, maishiy yoki sanoat tarmoqlarida ishlatiladigan kichik quvvatli nasoslar, isitgichlar va boshqa bir fazali yuklamalarni avtomatlashtirib boshqarishda muhim ahamiyat kasb etadi. Simistor asosidagi kontaktsiz kommutatsiyalash qurilmalari o‘zining ixchamligi, yuqori ishonchliligi, kam energiya sarfi va shovqinsiz ishlashi bilan ajralib turadi. Qurilma tarkibida mexanik kontaktlarning yo‘qligi tufayli u uzoq muddat xizmat qiladi va servis xarajatlarini kamaytiradi. Shu bois, ushbu turdagi qurilmalar kichik quvvatli elektr tizimlarida keng qo‘llanilishi maqsadga muvofiq hisoblanadi.
TEXNIKA IXTISOSLIKLARIDA OLIY TA’LIM JARAYONINI TASHKIL ETISHNING NAZARIY PSIXOLOGIK-PEDAGOGIK ASPEKTLARI
(PEDAGOGIK MAHORAT, 2025-05-20) Norqulov, Usmon Elomonovich,
Ta’lim jarayonini tashkil etish - dolzarb muammolar qatoriga kirib, ularning muvaffaqiyatli yechimiga jamiyatning keyingi ilmiy, texnikaviy va madaniy taraqqiyoti bog‘liqdir. Oliy ta’limda erishilgan yutuqlar bilan bir qatorda, ularni faoliyatining samaradorligini sal pasaytirayotgan ayrim muammolar ham mavjud. Quyida texnika ixtisosliklari talabalarini tanlagan bo‘lajak kasbiy tayyorgarligini tashkil etishning ba’zi psixologik-pedagogik jihatlari ustida atroflicha to‘xtalib o‘tilgan
The role of digitalization in improving energy efficiency in steel smelting in Uzbekistan
(IV International Scientific and Technical Conference “Actual Issues of Power Supply Systems”, 2025-11-15) Nimatov, Kamoliddin; Raxmonov, Ikromjon; Korjobova, Makhzuna; Kholikhmatov, Bakhriddin
This article analyzes the potential of improving energy efficiency in electric arc furnaces (EAFs) through Digitalization, specifically using Fuzzy logic-based control systems. By optimizing key parameters such as arc length, electrode movement, and arc resistance, digital control systems can significantly reduce energy consumption and CO₂ emissions. The research results indicate that digitalization can reduce energy consumption by up to 15%, bringing SEPC values closer to global standards and contributing to sustainability. In calculating CO₂ emissions during the steel melting process, digital technologies help reduce emissions generated from natural gas and electricity usage. This study demonstrates that Digitalization is crucial for Uzbekistan’s steel smelting industry, enabling alignment with international energy efficiency standards and enhancing environmental sustainability.

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