Key highlights

Silicon solar cells are based on monocrystalline silicon wafers, utilizing high-efficiency and low-cost back surface passivation technology combined with space radiation-hardening techniques. They balance space application requirements and cost-effectiveness, employing interconnect plates and glass cover plates for encapsulation, featuring high conversion efficiency and strong radiation resistance.

Features:

Si-mono Structure
40×80mm/166×83mm
≥19% Efficiency
High conversion efficiency and Strong radiation resistance
Spacecraft application and others

Applications

Application

LEO,MEO,GEO and explorations of the spacecraft

Flight experience

Satellites

Distributors

Specification 

Please feel free to contact us to get details.

Disclaimer: satsearch is not responsible for any mistakes on this page, although we do our best to ensure correctness. Please report any mistakes to us.

Last updated: 2026-10-16

Space Silicon Solar Cell Strong Radiation For Space-Satellite Power System

Downloads

Export

  • Click here to add the Yim Space (Shanghai) Technology Co., Ltd - Space Silicon Solar Cell Strong Radiation For Space-Satellite Power System to the Valispace engineering tool from satsearch
  • Click here to add the Yim Space (Shanghai) Technology Co., Ltd - Space Silicon Solar Cell Strong Radiation For Space-Satellite Power System to Lynapse Studio by Spacebackend
  • Click here to add the Yim Space (Shanghai) Technology Co., Ltd - Space Silicon Solar Cell Strong Radiation For Space-Satellite Power System to 360 by IENAI

from our blog

Go to blog

Satellite Electrical Power Systems (EPS) on the global marketplace for space

Spotlight: Acktar - coatings for space systems

Spotlight: Space Enhanced Plastic products for NewSpace - with Texas Instruments