Zaryadlanuvchi litiy-ion batareyalarni ixtiro qilish sayohati ilmiy muammolar va texnologik yutuqlar bilan to'la. Birinchi qayta zaryadlanuvchi lityum-ion batareya 1972 yilda Exxon kompaniyasida amerikalik olim Stenli Uittingem tomonidan muvaffaqiyatli ishlab chiqilgan.
This battery utilized titanium disulfide as the cathode, metallic lithium as the anode, and employed liquid electrolytes, allowing the intercalation and deintercalation of lithium ions, thus realizing the charging and discharging functions of the battery. Biroq, o'sha vaqtdagi texnologik cheklovlar bilan cheklangan va noaniq bozor talablari, bu batareya keng qabul qilinmadi. Keyinchalik, butun dunyodagi olimlar Lityum-ion batareyasi texnologiyasini tadqiq qilish bo'yicha kelgusida. Notably, British scientist John B. Goodenough made a significant breakthrough in the early 1980s by developing a battery with lithium cobalt oxide as the cathode material, significantly enhancing the battery's voltage and performance. Based on this foundation, Japanese scientist Akira Yoshino further improved the battery's stability and safety by replacing the anode material with carbon-based materials derived from petroleum coke.
Oxir oqibat, u 1991 yilda Sony korporatsiyasi bo'lib, ular 1991 yilda qayta zaryadlanadigan lityum-ion batareyasini tijoratlashtirishga yordam berdi, natijada kamkariyalar va mobil telefonlar kabi ko'chma elektron qurilmalarda, bu odamlarning turmush tarzini inqilob qilib qabul qilindi. Aytishlari kerakki, lityum-ion batareyalar ixtirosi bir nechta davlatlardagi olimlarning harakatlariga sazovordir.