Two prototype 'Hyper-Insulated Instrumentation Systems' were developed and tested with a two-year-long deployment at South Pole Station in Antarctica. The system is designed for a passive endurance of 10,000 hours at -60°C, using 150 liters of paraffin oil for thermal storage and lithium-ion batteries for power. Data was collected by an array of temperature probes, with the system designed to accommodate various instrumentation payloads for polar research.
Use Cases
- Modeling thermal performance of latent heat storage systems based on the described paraffin oil formulation.
- Analyzing long-term temperature stability for instrument enclosures based on the 10,000-hour endurance design target.
- Designing energy systems for remote field sites based on the integration of solar panels, batteries, and passive insulation.
- Simulating deployment logistics for polar research based on the system's transportability by helicopter or Twin Otter aircraft.
Strengths
- System was field-tested in a real-world polar environment over a two-year deployment.
- Design specifications include concrete metrics like 10,000-hour endurance at -60°C and 150 liters of thermal storage material.
- Involvement of students in thermal and data-communications design adds a collaborative development dimension.
Limitations
- Last updated 2008-02-01 23:59:59.999000; freshness should be verified.
- Column-level documentation is absent; field semantics must be inferred after download.
- Row count and file formats are unknown, which may limit suitability assessment.
Provenance
- Source
- SCIOPS via nasa_earthdata
- Collection Method
- Data collected from temperature probes on a prototype thermal storage system during field testing.
- Time Range
- Testing included a two-year deployment; specific start and end dates are not provided.
- Freshness
- Last updated 2008-02-01 23:59:59.999000
- Geography
- Primary testing location was South Pole Station, Antarctica.