As a new generation of photovoltaic packaging materials, transparent conductive silicone sheets are reshaping the technology landscape of smart photovoltaic glass with their high transmittance (>88%) 12 va o'tkazuvchan xususiyatlar (sirt qarshiligi)<10Ω/sq). This material achieves a double breakthrough in transmittance and conductivity by embedding nanosilver wires or graphene conductive networks into a flexible silicone matrix, adapting to the needs of curved and special-shaped photovoltaic modules.
Asosiy ishlash afzalliklari
Optik moslashuvchanlik: OTM diapazonidagi shaffof silkitiy choyshabning transporativ silikon varaqlari 90% ga etadi va tuman<1.5%, ensuring the maximum light absorption efficiency of photovoltaic modules;
Atrof-muhitga nisbatan bag'rikenglik: 8000 soatlik 85 ta testdan o'tdi (85 daraja / 85% namlik), anti-ultraviolet qarish muddati 30 yildan oshadi, bu an'anaviy ito stakanidan ancha yaxshi.
Funktsional integratsiya: haroratni boshqarish sensori bo'limi modulning ish haroratini jadallashtirish va elektr energiyasini ishlab chiqarish samaradorligini 15% {{1} {{1} ga ko'tarish uchun birlashtirish mumkin. Oddiy dastur stsenariylari
Smart Dimming Care Fiscation Dicket Silikon plitasi elektrodli kremniy plitasi elektrod sathining 1 -80 -80% -80% -80 -80% -80 -80 -80 -80 -80 {{1} { Moslashuvchan perovskit moduli: Rolikli ishlab chiqarish jarayoniga moslashish, shaffof uzatish jarayoniga moslash moslashuvchan substrate elektrod sifatida ishlatiladi, bu egiluvchan substrate elektrod sifatida ishlatiladi, bu bükme radiusi 5 sm cheklovdan oshadi; Fotovoltaik Roof Schoight: Lazer etching texnologiyasi orqali shaffof uzatish texnologiyasi orqali elektr energiyasining elektr ta'minoti va transport vositalarining elektr ta'minoti integratsiyasini ta'minlash uchun texnik vositalarni loyihalashtirish uchun sozlanishi mumkin. Sanoatni rivojlantirish tendentsiyasi
2 0 25, Smart Fotoopoltaik Shishalar soni 6,5 milliard dollarga yetishi kutilmoqda, shundan 6,5 milliard dollarni tashkil etadi, shundan shaffof olib tashlanadigan silikon plastinkasining kirib ketish darajasi 40 foizdan oshadi. YANGI EI ROHS 3.0 Reglament Indium-Free (ITO o'rnini almashtirish) kabi materiallarni yangilashga yordam beradi. Nemis Frunhhofer instituti tomonidan ishlab chiqilgan 3D bosib chiqarishning 3D shaffof silikon texnologiyasi murakkab tutashuv tuzilmalarining bir nechta suratga olinishi, ishlab chiqarish xarajatlarini 32 foizga kamaytirishga to'g'ri keladi.