Niderlandiya 100 foiz toza energiyaga ega elektr transport vositalarini zaryadlash stansiyasini qurish uchun quyosh energiyasi va energiya zaxirasini ishlab chiqmoqda

100 foiz qayta tiklanadigan energiyani qidirayotganlar uchun elektr transport vositalarini zaryadlash stansiyalari eng mukammal toza energiya yechimi boʻlmasligi mumkin, chunki elektr energiyasi qayerdan kelib chiqishi nomaʼlum - u issiqlik elektr stansiyasidan keladimi? Va yaqinda Gollandiya kompaniyasi quyosh energiyasi panellari, elektr transport vositalarini zaryadlash texnologiyasi va Tesla energiya saqlash batareyalarini birlashtirib, zaryad stantsiyalarini kechayu kunduz 100 foiz toza energiya bilan ta'minlashga imkon beradi.

This plan is one of the "SmartSolarCharging" projects launched by LomboXnet and local partners. At present, Utrecht in the Netherlands has connected 20 charging stations with 200 solar photovoltaic panels and Tesla's 400kW/800kWh energy storage system. Allowing electric vehicles to use solar power to replenish energy during the day and to charge Tesla batteries at night.

Zaryadlash stantsiyasining ishlashini namoyish qilish uchun reja, shuningdek, frantsuz avtomobil sotuvchisi Renault bilan bir vaqtning o'zida 20 ta Zoe elektromobilini namoyish qilish uchun hamkorlik qildi. Renault 2016 yilda SmartSolarCharging loyihasiga hissa qo'shish uchun LomboXnet, ElaadNL va Utrext shahar kengashi bilan ishlagan. Renault 2017-yilda 150 ta Zoe barcha{3}}elektromobillarini yetkazib berish majburiyatini oldi. ElaadNL infratuzilma va quvvatlantirish stansiyalarini boshqarish uchun javobgar bo‘ladi Standard, LomboXnet quvvatlantirish stansiyasini o‘rnatish uchun javobgardir.

Barqaror energiya tizimini amalga oshirish uchun SmartSolarCharging loyihasi o'n yildan beri amalga oshirilmoqda. Ushbu loyiha orqali mahalliy quyosh energiyasi V2G (Vehicle{1}}to-Grid) texnologiyasidan elektr transport vositalari va elektr tarmoqlarini energiya bilan ta'minlash uchun foydalanishi mumkinligiga umid qilinmoqda. Moslashuvchan quvvatni saqlash tizimini yaratishdan tashqari, u virtual elektr stantsiyalariga ham zaryad stantsiyalariga aylanishi mumkin. Hech qanday elektr transport vositalari kirmasa Akkumulyator quvvati stansiya quvvatni to'ldirganda yoki elektr to'lovi juda yuqori bo'lganda markaziy tarmoqqa taqsimlanishi mumkin.

Rejaga, shuningdek, oʻn yil ichida bir nechta quvvatlantirish stansiyalarini qurish va 20 ta binoga 6 ta quyosh panellarini oʻrnatish kiradi. Utrext meri Yan van Zanenning aytishicha, o'n yil oldin quyosh energiyasi, elektr tizimlari va elektr transport vositalarini mohirona va keng miqyosda ulash mumkin deb kim o'ylagan edi.

Utrecht, the fourth largest city in the Netherlands, has spared no effort in developing renewable energy. In 2015, it invited citizens to participate in the urban energy transition. Through the "City Dialogue", hundreds of people discussed how to help the city achieve its energy goals. Utrecht University has also recently noticed the cooling effect of the water surface and the potential of the floating solar power plant. It plans to build a floating solar power plant on the sea surface off the coast of the Netherlands. Although there are technical challenges such as sea waves, it is still sustainable without occupying the land. A good option for energy.