Gallium Arsenide Solar Arrays

Gallium Arsenide Solar Arrays include their exceptionally high efficiency, allowing for more power generation in limited space compared to traditional solar cells. Their multijunction design maximizes energy capture by harnessing a wider range of the solar spectrum, which is ideal for low-light conditions and extreme environments such as space missions or remote installations. The robust construction and resistance to radiation and temperature fluctuations ensure long-lasting performance, making them perfect for aerospace, military, and off-grid applications. These solar arrays also provide compact and lightweight solutions, offering excellent power density for systems where space and weight are at a premium.

DESCRIPTION

Product Examples

Satellite Body Mounted Plate

 30% efficiency triple-junction GaAs cells;

 PCB board, PI film, etc;

 -100℃~+110℃ working temperature;

 Appraisal life span of 3 years or less.

Fixed Rigid Solar Panel

 30% efficiency triple-junction GaAs cells;

 Carbon fiber aluminum honeycomb substrate;

 -100℃~+110℃ working temperature;

 Appraisal life span of 10 years or less.

Folding Flexible Solar Panel

 30% efficiency triple-junction GaAs cells;

 Flexible PI film - fiberglass fiber - PI film substrate;

 -100℃~+110℃ working temperature;

 Appraisal life span of 7 years or less.

Flexible Folding Solar Panel for Flat Panel Satellites

 30% efficiency triple-junction GaAs cells (Rigid solar cells);

 Flexible PI film - fiberglass fiber - PI film substrate;

 -100℃~+110℃ working temperature;

 Appraisal life span of 7 years or less.

Gallium Arsenide Solar Arrays are advanced photovoltaic systems that use gallium arsenide (GaAs) as the primary semiconductor material for converting sunlight into electricity. GaAs is known for its high efficiency in energy conversion, particularly in conditions with low or scattered sunlight. These solar arrays are designed for use in space applications, high-performance terrestrial installations, and aerospace power systems, where reliability, efficiency, and durability are crucial. GaAs has a higher efficiency than traditional silicon-based solar cells due to its better photon absorption and ability to operate at higher temperatures. The arrays are engineered with multijunction solar cell technology, which allows for the capture of a broader spectrum of sunlight, further enhancing the overall energy conversion efficiency. Their lightweight design, combined with outstanding radiation resistance, makes them ideal for satellite power generation, space exploration, and high-altitude applications. These solar arrays also feature long operational lifespans and are resistant to environmental degradation, ensuring they can withstand harsh conditions without losing efficiency.

High-Efficiency Solar Solutions For Demanding Applications