FOTOELEKTRIK TIZIMLARDA ENERGIYANI BOSHQARISH VA SAQLASH: ZAMONAVIY TADQIQOTLAR VA ISHLANMALAR SHARHI
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fotoelektrik tizimlar (PV), mashinani oʻrganish, tarmoq barqarorligi, reaktiv quvvat, energiyani saqlash, quvvatni prognozlash.##article.abstract##
Ushbu maqolada fotoelektrik (PV) tizimlar kontekstida energiyani boshqarish va
saqlash sohasidagi zamonaviy tadqiqotlar va ishlanmalar koʻrib chiqiladi. Diqqat markazida elektr
va issiqlik tizimlari kabi energiyani saqlash usullari va yuqori ulushdagi quyosh energiyasi ishlab
chiqarish bilan tarmoqlarda reaktiv quvvat, kuchlanish va chastotani boshqarish usullari mavjud.
Sharhda PV tizimlarini tarmoqqa toʻliq integratsiya qilish va uning barqarorligini taʼminlash uchun
samarali va iqtisodiy jihatdan foydali energiya saqlash tizimlari va aqlli talabni boshqarishning
zarurligini taʼkidlanadi.
Usullar energiyani saqlash tizimlarini tahlil qilish, reaktiv quvvat va chastotani boshqarishni
oʻrganish, quvvatni prognozlash va energiya tizimlarini boshqarishni optimallashtirish uchun
mashinani oʻrganishdan foydalanish, shuningdek, MATLAB/Simulinkda modellashtirishni oʻz ichiga
oladi. Materiallar ob-havo sharoitlari haqidagi maʼlumotlar, quyosh PV elektr stansiyalaridagi
tajriba natijalari va energiyani boshqarish va saqlash boʻyicha texnik adabiyotlardan iborat.
Natijalar energiyani saqlash yondashuvlarini tahlil qilish, PV generatsiyali tarmoqlarda
chastotani barqarorlashtirish uchun aktiv quvvatni boshqarish (APC) strategiyalarini ishlab chiqish,
mashinani oʻrganishga asoslangan quvvatni prognozlash usullari, PV tizimlarini
integratsiyalashuvini yaxshilash uchun saqlash va boshqarish tizimlarini baholashni, shuningdek, aqlli boshqaruv usullari orqali energiya tizimlarini prognozlash va optimallashtirishni yaxshilashni
oʻz ichiga oladi.
Energiya boshqaruvi va saqlash fotoelektrik tizimlarni energiya tarmoqlariga muvaffaqiyatli
integratsiyalash uchun kalit hisoblanadi. Samarali energiya saqlash tizimlari va aqlli boshqaruv
usullarini rivojlantirish quyosh generatsiyasi oʻzgaruvchanligini yumshatish va tarmoq
barqarorligini taʼminlashga yordam beradi
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