Space Environment Simulation

Testing thermal and mechanical characteristics of the equipment used in space.

It is important to simulate extraterrestrial environmental conditions as accurately as possible in order to design, develop and test spacecraft, telescope mounting systems and satellites. Laboratories that simulate space conditions have depressurized chambers with sub-zero temperatures and vacuum environments to expose equipment to all the harsh conditions expected in space.

Contact Us
Space Enviroment

Sciencetech has previously developed solar simulator systems that can be operable in such environment chambers which simulate the upper atmosphere and space conditions. Most notably, these solar simulators can be used:

At the heart of the solar simulator system, a xenon arc lamp is used to produce sunlight that matches closely with the sun’s spectrum. The wattage of the system plays a key role in determining the illumination area.

Homogenizing optical components in the solar simulator will provide highly uniform, stable illumination and our proprietary optical designs will also ensure a highly collimated output.

Key features of the solar simulator:

  • 1) AM0 spectral match

  • 2) Irradiance at the target to be one solar constant

  • 3) Irradiance at the target 1380 W/m2 (one solar constant at AM0 spectral match)

  • 4) Class A spatial non-uniformity

  • 5) Class A spectral match (AM0)

  • 6) Class A temporal stability (less than 0.5%)

  • 7) Collimation half angle 0.7° or lower

  • 8) Variable incident angle of the solar light to mimic orbital movements

Extraterrestrial PV Testing

Most satellites and spacecrafts operating in the inner solar system depend on the power conversion of sunlight to electricity for propulsion control of the system. Sunlight is converted to electricity to power sensors, regulate temperature within the system and full fill other power requirements to run spacecrafts and satellites in space.

Photovoltaic devices and solar cells used for such purposes often require stringent testing before being installed in spacecrafts or satellites.  Any solar simulators used to mimic the sun light to test these photovoltaic cells require simulation of spectral characteristics, irradiance and other key parameters expected in the space environment.

One solar constant for AM0 spectral match, high collimation and high spatially uniformity of the simulated beam is some of the key characteristics often required from solar simulators. Sciencetech has designed and developed solar simulators for such photo voltaic testing requirements.  Discuss with us further for your specific equipment needs related to space environment simulation.

Key Features and Special Capabilities

CONTACT US

Telephone

+1(519) 644-0135 x115

E-mail

sales@sciencetech-inc.com

Do you have a question or a request? Please Fill out the contact form below.

Related Sciencetech for Space Environment Simulation

Some of our standard scientific instruments

Highly Collimated  Fresnel Lens Solar Simulator

Solar Simulator Highly Collimated
Read More

Highly Collimated Flash Solar Simulator

Highly Collimated Flash
Read More

Flash Solar Simulator Concentrator (FSSC-4000)

Flash Solar Simulator Concentrator
Read More

Other Applications

Photovoltaic Testing

We provide Solar Simulators to test and develop solar cells of all different varieties and sizes

READ MORE

Materials Testing

We can provide solar simulators for all types of outdoor material degradation testing.

READ MORE

Solar Thermal Power

We provide high powered solar simulators with more than 4,000 suns at the target.

READ MORE

Photobiology Research

Our solar simulators can be used for a variety of chemical and biological research work.

READ MORE

GET IN TOUCH

Need an expert? You are more than welcomed to leave your contact info and we will be in touch shortly

OFFICE LINE

+1(519) 644-0135

SALES E-MAIL

sales@Sciencetech-Inc.com

CONTACT US

Fill out the form

CALL US NOW

+1(519) 644-0135

SALES E-MAIL

sales@Sciencetech-Inc.com

CONTACT US

Fill out the form