Satellite Thermal Engineering & Consulting

Turning Nominal Designs into Reliable Systems Through Analysis

Nominalysis provides expert thermal engineering consulting for satellites and optical payloads. We help space companies design, simulate, and validate thermal systems to ensure optimal performance, reliability, and mission success.

About Nominalysis

Nominalysis is a specialized thermal engineering consultancy dedicated to supporting satellite and payload teams. Our mission is to ensure spacecraft operate reliably in harsh orbital environments through precise thermal analysis, simulation, and testing.

We bridge the gap between design intent and operational performance, helping clients avoid costly thermal failures and maximize system efficiency.

Expertise Areas

Spacecraft & Payload Thermal Architecture Design

Developing robust thermal systems for orbit.

Orbital Thermal Simulation & Environment Modeling

Predicting and mitigating thermal risks in complex space missions.

Thermal Balance & Vacuum Test Support

Assisting with TVAC preparation, data acquisition, and model correlation.

Thermal Control Hardware Specification

Advising on radiators, heaters, multi-layer insulation, and thermal straps.

Our Consulting Services

1

Thermal Design Review

Comprehensive evaluation of satellite thermal designs to identify risks, optimize performance, and improve system survivability.

2

Orbital Thermal Simulation

Development and execution of thermal models for spacecraft and payloads under realistic orbital environments, including seasonal and eclipse scenarios.

3

Thermal Model Correlation

Align simulation results with test data to ensure models accurately predict on-orbit behavior.

4

Thermal Test Support

Guidance for vacuum chamber testing, thermal cycling, and instrumentation to verify design performance.

5

Custom Thermal Analysis Solutions

Tailored analysis, reporting, and workflow automation using Python, MATLAB, and Simcenter 3D for efficient, repeatable results.

Case Studies

Optical Payload Thermal Stability

Assisted a LEO optical payload team in optimizing mounting interface and lens temperatures. Implemented thermal simulations and analysis that reduced peak temperature gradients by 20°C, ensuring nominal performance across all orbits.

Result: 20°C gradient reduction

Satellite Thermal Model Correlation

Collaborated with a smallsat manufacturer to correlate thermal vacuum test data with orbital models. The result: improved prediction accuracy and reduced thermal risk prior to flight.

Result: Enhanced model accuracy & reduced risk

Contact Us

Ready to ensure your satellite's thermal design meets mission requirements? Contact Nominalysis today to discuss consulting, simulation support, or thermal test services.

We provide discreet, high-level consulting for space companies worldwide. All inquiries are treated confidentially.