Tampa, Florida — StellarNet is pleased to announce the continued expansion of its RadiantSuite™ Spectral Measurement Software, providing researchers, engineers, and renewable energy professionals with powerful tools for real-time solar spectral irradiance measurement and monitoring.
Originally developed as a comprehensive platform for radiometric and photometric measurements, RadiantSuite has evolved into a flexible software environment supporting both laboratory characterization and continuous outdoor solar monitoring applications.
One of the newest capabilities is integrated MQTT (Message Queuing Telemetry Transport) communication, allowing live spectral measurements to be securely streamed across local networks or cloud-based monitoring systems. This enables users to remotely monitor changing solar conditions, archive long-term spectral data, and integrate measurements directly into environmental monitoring platforms, research facilities, and photovoltaic test systems.
To demonstrate these capabilities, StellarNet recently conducted a live solar monitoring demonstration showcasing continuous spectral data streaming using MQTT communication. The demonstration illustrates how researchers and system integrators can deploy compact spectroradiometers for unattended solar measurements while viewing spectral data remotely in real time.
Watch the live demonstration:
https://www.stellarnet.us/spectrometer-live/
RadiantSuite also provides advanced tools for:
- Continuous solar spectral irradiance monitoring
- MQTT data streaming for remote monitoring and IoT integration
- Real-time spectral visualization
- Automated data logging and reporting
- Multi-instrument synchronization
- Spectral analysis for photovoltaic research
- LED, display, laser, and general radiometric measurements
- Support for NIST-traceable calibrated StellarNet spectroradiometers
When paired with StellarNet’s compact spectroradiometers, RadiantSuite enables high-quality spectral measurements for applications including:
- Solar resource assessment
- Photovoltaic research
- Solar simulator characterization
- Environmental monitoring
- Weather station integration
- Long-term outdoor spectral monitoring
As renewable energy systems increasingly rely on connected instrumentation, MQTT communication provides an efficient method for integrating spectral measurements into modern monitoring networks without requiring custom software development.
Learn more about RadiantSuite software:
https://www.stellarnet.us/software/radiantsuite/
Learn more about StellarNet Solar Spectral Irradiance Measurement Systems:
https://www.stellarnet.us/systems/radiometers/solar-spectral-irradiance/
About StellarNet
StellarNet designs rugged miniature spectrometers, spectroradiometers, Raman instruments, and optical measurement systems used worldwide in scientific research, renewable energy, industrial process monitoring, aerospace, education, and manufacturing. The company’s solutions combine high-performance optical instrumentation with intuitive software to deliver reliable spectral measurements from the laboratory to the field.