Visual Overview
Technical Details
Comprehensive specifications and technical information
Product Introduction
Stacked Flexible Solar Wings:
Our Stacked Flexible Solar Wings consist of rigid battery circuits, flexible substrates, flexible hinges, advanced deployment mechanisms, and pressing/releasing mechanisms. Perfect for next-gen flat-panel satellites, these wings are ideal for large-scale networking, mass production, and network deployment.
- High Storage: Achieves a volume-to-power ratio 8 times higher than traditional rigid wings.
- Lightweight: Significantly lighter than traditional rigid wings.
- Modularity: Modular component design for easy mass production.
Reel-type Flexible Solar Wings:
The Reel-type Flexible Solar Wings consist of flexible battery circuits, flexible blankets, advanced unfolding mechanisms, and compression/release mechanisms. Perfect for scientific experiments, deep space exploration, and other spacecraft, these wings offer:
- High Efficiency: Optimal energy output with minimal weight.
- Compact Size: Small and lightweight design, ideal for space-saving applications.
- Advanced Mechanisms: Incorporates new deployment technologies for reliable performance.
Product Image
Product Features
- Lightweight: Significantly lighter than traditional solar wings.
- High Storage: 8 times more efficient volume-to-power ratio.
- Modularity: Easy-to-expand modular components, suitable for a variety of applications. Learn more about our advanced rigid solar wing technologies.
Technical Parameters
| Typical battery array area (㎡) | Stacked flexible solar wings | Reel-type flexible solar wing |
|---|---|---|
| Weight specific power ( W/kg ) | >10 | >5 |
| Expand fundamental frequency (Hz) | 18 | 40 |
| Typical battery array area (㎡) | 100 | 220 |
| Volume specific power ( kW/m³ ) | >0.1 | 0.05 |
Application Scenarios
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Stacked Flexible Solar Wings: Ideal for efficient networking satellites and large-scale constellation construction.
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Reel-type Flexible Solar Wings: Perfect for scientific experiments, deep space exploration, and lunar bases.
Related Products
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Frequently Asked Questions
Common questions about Flexible Solar Wings - High Efficiency Solar Power Solutions
How does the efficiency of SolarWing's flexible solar wings compare to concentrator photovoltaic (CPV) systems for space-based power generation, considering deployment complexity and mass constraints?
While CPV systems can achieve very high efficiencies, their complex deployment mechanisms and heavier structures often make them less suitable for space applications compared to SolarWing's flexible solar wings. Our flexible wings offer a high power-to-weight ratio and simpler deployment, crucial for minimizing launch costs and maximizing payload capacity. Although CPV may offer higher peak efficiency in ideal conditions, our GaAs-based flexible wings provide a more practical balance of efficiency, reliability, and mass for most space missions.
What missions is this product suitable for?
Stacked wings excel in satellite networking and large constellation construction with 100㎡ arrays, while reel-type wings are perfect for scientific experiments, deep space exploration, and lunar bases requiring 220㎡ coverage. Both designs support mass production and modular deployment.
How does this product compare to related products?
The lightweight design reduces weight compared to traditional rigid solar wings, with a volume-to-power ratio roughly 8 times higher. Expand fundamental frequencies of 18 Hz (stacked) and 40 Hz (reel-type) support stable deployment, and the modular deployment mechanisms are built for reliable operation in the space environment.
What are the key technical advantages?
Exceptional weight-specific power (>10 W/kg for stacked, >5 W/kg for reel-type) and volume-specific power (>0.1 kW/m³ for stacked) deliver maximum energy efficiency. Advanced deployment mechanisms with pressing/releasing systems ensure reliable operation in space environments while modular design enables easy scalability.
