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POWERING SPACE
UNLEASHING
SPACE 2.0 HORIZONS TOMORROW SPACE 2.0 HORIZONS TOMORROW SPACE 2.0 HORIZONS TOMORROW SPACE 2.0

FLEXELL SPACE’s unprecedented solar cells provide

a new, powerful power source for space.

POWERING SPACE
UNLEASHING
SPACE 2.0 HORIZONS TOMORROW SPACE 2.0 HORIZONS TOMORROW SPACE 2.0 HORIZONS TOMORROW SPACE 2.0

FLEXELL SPACE’s unprecedented solar cells provide

a new, powerful power source for space.

POWERING SPACE
UNLEASHING
SPACE 2.0 HORIZONS TOMORROW SPACE 2.0 HORIZONS TOMORROW SPACE 2.0 HORIZONS TOMORROW SPACE 2.0

Unprecedented solar cells provide

a new, powerful power source for space.

POWERING SPACE
UNLEASHING
SPACE 2.0 HORIZONS TOMORROW SPACE 2.0 HORIZONS TOMORROW SPACE 2.0 HORIZONS TOMORROW SPACE 2.0

Unprecedented solar cells provide

a new, powerful power source for space.

CHALLENGES

Space solar cells need to be improved in

the cost, delivery, design and power


High Cost

  

High costs of materials such as

germanium, rare earths


Long Delivery

  

Insufficient supply falling

to keep up with demand


Design Constraints

  

Satellite manufacturing

constraints due to SWaP


Low Power

  

Additional features can’t be equipped 

due to insufficient power

QUICK FACTS


01

  

Low Cost

 

Low material cost and

optimized production lines 

60% or more cost savings 

02

 

High Efficiency 

 

CIGS/Perovskite tandem allows the

same level of efficiency as III-V cells

28~30%

03

  

Durable/Flexible

 

Durable & flexible thin film

substrate is applied

Over 90% weight reduction

04

 

Customization

  

Deployment modules to meet

the customer’s mission requirements

Customer-optimized modules

KEY TECHNOLOGY 

Radiation resistance and self-curing capabilities to maintain performance until EOLEnd-of-Life 

Radiation-resistant

compound semiconductor

Self-curing characteristics

as thin-film solar cells

Maximizing space with 

a versatile cell shape

VALUE PROPOSITION

New solar cells designed for New Space Age

APPLICATIONS 

Our cutting-edge technology, driving innovative

achievements in satellites, rovers, shelters, 

is gaining attention across space fields. 

From cubesats to large satellites, our technology provides customers with high power and low cost of manufacturing and operation. 

Providing a reliable power source for space rovers and shelters that are exposed to harsh environments.

Generates high power through our infinite level of deployment module, and can be used safely in collisions with space debris. 

NEWSLETTER 

Join the FLEXELL SPACE Community

and stay up to date with all the latest news

Subscribe
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CHALLENGES

Space solar cells need to be improved in the cost, delivery, design and power


High Cost

High costs of materials such as

germanium, rare earths


Long Delivery

Insufficient supply falling 

to keep up with demand 


 Design Constraints

Satellite manufacturing

constraints due to SWaP


Low Power

Additional features can’t be equipped

due to insufficient power 

QUICK FACTS


01


Low Cost

Low material cost and

optimized production lines

60% 

or more cost savings 


02


High Efficiency

CIGS/Perovskite tandem allows the

same level of efficiency as III-V cells 

28~30%


03


Durable/Flexible

Durable & flexible thin film

substrate is applied

Over 90% 

weight reduction 


04


Customization 

Deployment modules to meet the 

customer’s mission requirements

Customer-optimized 

modules

mobile background

KEY TECHNOLOGY

Radiation resistance and self-curing capabilities to maintain performance until EOLEnd-of-Life

Radiation-resistant 

compound semiconductor

Self-curing characteristics 

as thin-film solar cells

Maximizing space 

with a versatile cell shape  

mobile background

VALUE PROPOSITION

New solar cells designed for New Space Age



Conventional Space Cell
FLEXELL SPACE
Structure
Type
Triple Junction (InGaP/InGaAs/Ge)
Dual Junction (CIGS/PVSK)
Size(cm)
4x8 
4x8
Substrate 
Germanium(Rigid)
Polyimide(Flexible) 
Hardness
Brittle
Durable
Process
Scalability
Lab Scale
Mass Production
Performance
Efficiency BOL
30%
28%
Power BOL
1.21W
1.22W
Vmp EOL
2.2V
4.5V
Loss per damage
-2.2V
-1.5V 
Bypass Circuit
1
3 
RadiationEOL
↓ 10%
↓ 10%
Self-Curing
NO 
YES
Price
Raw Material Costs
$170 or higher
Around $10
Market Price
$350 or higher
Under $100

APPLICATIONS

Our cutting-edge technology, driving innovative achievements in

satellites, rovers, shelters, is gaining attention across space fields

NEWSLETTER

Join the FLEXELL SPACE Community and stay up to date with all the latest news

Subscribe


FLEXELL SPACE

Email.  info@flexellspace.com  

Address. 14, Pangyoyeok-ro 192beon-gil, Bundang-gu,

Seongnam-si, Gyeonggi-do, 13524, Korea


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