Солнечные художественные работы

How It Works

• Sunlight Absorption.

  Photovoltaic solar systems produce electricity by using solar cells that convert sunlight into direct current (DC) electricity. When photons in light hit the solar panel, they get absorbed by the panel's semi-conducting materials, causing negatively-charged electrons to be knocked loose from their atoms.

• Directional Flow.

  Due to the special chemical composition of solar cells, the knocked-off electrons are only allowed to move in a single direction, creating direct current (DC) electricity. The chemical bonds of the panel, often using silicon bonded with boron or phosphorus, are vital for this process to work effectively.

• Преобразование инвертора.

  Чтобы сделать электроэнергию, пригодным для использования в домах, в игру вступает инвертор. Инвертор преобразует мощность DC, производимую солнечными панелями в переменный ток (AC), который является стандартной формой электроэнергии, используемой в домохозяйствах. Systems. Автономные системы обычно используются в удаленных местах вдали от энергетической сетки.

• Grid-Tied PV Systems.

  The most popular grid-tied system is designed to operate with your utility company and any unused power is then fed back to the electric company to be used at a later time.

• Standalone PV Systems.

  Standalone systems are designed to stand independent of the power grid and use batteries to store energy. Standalone systems are usually used in remote locations away from the energy grid.