Space Solar Cell Solutions for Cutting-Edge Aerospace Applications
Comprehensive Guide to Space Solar Cells
Welcome to our in-depth guide on space solar cells, tailored for aerospace applications. Leveraging cutting-edge aerospace technology, our space solar cells deliver unmatched performance, reliability, and efficiency. With decades of expertise and a proven track record in space missions, we stand at the forefront of innovation in solar power solutions for Low Earth Orbit (LEO), Medium Earth Orbit (MEO), and Geostationary Orbit (GEO) missions.
How Efficient Are Space Solar Cells for Aerospace?
Tailored Space Solar Cell Solutions for Your Needs
Flexible GaAs Solar Cell
Lightweight and ultra-flexible, this solar cell adapts to various spacecraft surfaces without compromising efficiency. Its exceptional anti-radiation capacity and high output make it ideal for compact or unconventional satellite designs.
30% Efficiency 1U Solar Panel - Top & Bottom
Engineered for CubeSats and small satellites, this dual-sided solar panel maximizes energy capture within limited space constraints. Its high-efficiency GaAs cells and robust structure ensure consistent power output in Low Earth Orbit (LEO).
30% Efficiency Quickly Modular Solar Panels
Designed for modularity and scalability, these panels provide flexible integration options for various satellite configurations. Their rapid assembly process accelerates deployment, while the high efficiency ensures optimal performance.
SC-3GA-1 Space Triple Junction Solar Cell Assembly
Featuring advanced triple-junction GaAs technology, this solar cell assembly delivers outstanding performance in both LEO and GEO missions. Equipped with a space-grade Si bypass diode and cover glass, it ensures durability and high radiation resistance.
Featured Space Solar Cell Products
Area: 1200mm2/Size: 40.0mm×30.0mm /Thickness: 155±20 um
Weight:<125mg/cm2（with cover glass and bypass diode ）
Jsc=17.2mA/cm2,Voc=2.70V,Vm=2.36,Jm=16.4,Eff= 30%
Area: 2400mm2/Size: 60.0mm×40.0mm /Thickness: 155±20 um
Weight:<80mg/cm2（with cover glass and bypass diode ）
Jsc=17.2mA/cm2,Voc=2.70V,Vm=2.36,Jm=16.4,Eff= 30%
Area: 3015mm2/Size: 80.0mm×40.0mm /Thickness: 155±20 um
Weight:<125mg/cm2（with cover glass and bypass diode ）
Jsc=17.2mA/cm2,Voc=2.70V,Vm=2.36,Jm=16.4,Eff= 30%
Area: 3015mm2/Size: 80.0mm×40.0mm /Thickness: 155±20 um
Weight:<125mg/cm2（with cover glass and bypass diode ）
Jsc=19.1mA/cm2,Voc=2.70V,Vm=2.36,Jm=18.5,Eff= 32%
*High efficiency, thin thickness, adapted to the curved surface;
*Weak light response is good, good quality consistency from every batch;
*Low temperature coefficient and high power performance under high temperature.
This cell type is an GaInP2/GaAs/Ge on Ge substrate triple junction solar cell assembly (efficiency class 30-32%). The solar cell assembly is equipped with an discrete Si bypass diode, interconnectors and cover glass.
Triple-junction GaAs Solar Array
Features
Triple-junction GaAs Solar Array is consiste Triple-junction GaAs Solar Array or solar panels in a certain way of electrical assembly.Characteristics is high output power,high strong anti-radiation capacity,wide application range.
Applications
LEO,MEO,GEO and explorations of the spacecraft
Flight experience
satellites of SJ series ,satellites of GY series.
Each product we will provide a rigorous test report.
Cube satellites are representative of microsatellites and nanosatellites. The initial definition of a cube satellite was an external dimension of 10cm × 10cm × 10cm cube is also known as a cube satellite, consisting of multiple standard cube units (Units), such as 2U cube satellites, 3U cube satellites, 6U cube satellites, etc.
CubeSat Concept Definition
The interface between the solar panel and the satellite varies depending on the manufacturer, provided that the overall dimensions of the cube satellite comply with the specifications of the cube satellite. This product is compatible with ISIS (Innovative Solutions In Space) cubic satellite interfaces (Clyde and other standards can be customized).
2: There are two specifications: triangular and trapezoidal. The packaging of triangular solar cells can only use commercial SMT, while trapezoidal solar cells can use SMT or universal resistance welding technology for space solar cells.
YIM’s Commitment to Space Solar Cell Excellence
Our solar cells boast high energy efficiency, exceptional operational stability, and a low failure rate. Supported by international warranties, our products are designed for durability and optimal performance. Customers also enjoy convenient maintenance, replacement services, and round-the-clock technical support.
With a 12-month warranty (excluding damage from improper handling or external factors), we provide free replacement services to ensure peace of mind. Additionally, we specialize in customizing space solar cells based on your design specifications, delivering tailored solutions that meet unique operational demands.
Certificates and Industry Standards for Space Solar Cells
We always focus on customers, pay attention to their needs, provide high-quality products and excellent services to meet their expectations.
Contact Us
Thank you very much for your interest in us! If you want to contact us, you can contact us through the following methods:
Mob
+86-021-5858-1380
+86-186-1656-7062
yang@yimspace.com
Address
No. 707, Zhangyang Road, Pudong New Area, Shanghai
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