Сьогодні у розвитку геліоенергетики

Сьогодні у розвитку геліоенергетики [helioenergetics, solar industry] пріоритетним напрямом уважають розроблення сонячної батареї, яка змогла б ефективніше поглинати енергію Сонця, що, у свою чергу, привело б до зниження вартості електроенергії, яка надходить від цього відновлюваного джерела. Група інженерів з університету Арізони зараз працює над розвитком енергетичної телескопічної системи з метою підвищити конкурентоспроможність сонячної енергії. Звичайно, такі системи сонячних концентраторів розробляли і раніше, але нову систему вирізняє безпосереднє фокусування променів сонця. Сонячні концентратори за допомогою кулястих [spherical, globular, conglobate, round] лінз і відбивачів [reflector] фокусуються в оптичній воронці [funnel], де їх концентрація зростає більш ніж у 1000 разів перед тим, як вони потрапляють на фотоелектричні елементи, які знаходяться позаду неї.

Результаты (английский) 1:

Today in the development of solar power [helioenergetics, solar industry] priority is the development of solar cell that could efficiently absorb the Sun's energy, which, in turn, has led to a decrease in the cost of electricity that comes from renewable. A group of engineers from the University of Arizona is now working on the development of the energy system telescopic with the aim to improve the competitiveness of solar energy. Of course, such a system of solar concentrators developed before, but the new system distinguishes directly focus the rays of the Sun. Solar concentrators with globular [spherical, globular, conglobate, round] lenses and reflectors [reflector] are focused in optical funnel [funnel] where their concentration is increasing by more than 1000 times before they get on the photovoltaic elements that are behind it.

Результаты (английский) 2:

Today, the development of solar power [helioenergetics, solar industry] consider priority development of solar cell that could effectively absorb solar energy, which in turn would lead to a reduction in the cost of electricity coming from this renewable source. Group of engineers from the University of Arizona is now working on the development of energy telescope system to improve the competitiveness of solar energy. Of course, such systems solar concentrators developed before, but the new system distinguishes direct focus the sun's rays. Solar concentrators using spherical [spherical, globular, conglobate, round] lenses and reflectors [reflector] focused in optical funnel [funnel], where their concentration increases more than 1000 times before they fall on the photovoltaic elements that are behind her.

Результаты (английский) 3:

Today in the development of solar power is implementing [helioenergetics, solar industry] priority development believe solar battery, which could absorb energy from the Sun, which, in turn,Would have lead to reduce the cost of electricity, which comes from this recoverable source.Group engineers at the University of Arizona is currently working on development of energy telescopic system with the aim to improve competitiveness of solar energy. Of course,Such systems solar concentrators developed before, but a new system makes direct focusing rays of the sun. Solar concentrators with spherical [spherical, globular, conglobate,Round] lenses and straw [reflector] are focused in optical воронці [funnel], where their concentration increases over 1000 times before they hit the photoelectric elements that are behind it.