Symphony monitoring system data tracks geothermal heat pump installations in upstate New York from April 2015 onward. The dataset contains both measured and calculated values for operational and environmental parameters. It was compiled under a contract sponsored by the New York State Energy Research and Development Authority.
Use Cases
- Analyzing system efficiency using Heat of Extraction and Rejection, Total Unit Power, and Loop Flow Rate
- Evaluating compressor and heating coil usage patterns via Primary Compressor Runtime, Secondary Heating Coil Runtime, and Compressor Speed
- Correlating environmental conditions with performance using Ambient Outdoor Temperature, Entering Loop Field Water Temperature, and Leaving Air Temperature
- Monitoring individual site operation over time using Site Identification, Date, Time, and Operating Mode
- Assessing auxiliary energy consumption via Auxiliary Power Supplied for Heating Coils and Fan Power
Strengths
- Contains detailed operational data from a specialized monitoring system (Symphony)
- Focuses on a specific technology (geothermal heat pumps) and region (upstate New York)
- Includes both raw measurements and calculated performance metrics
Limitations
- Key metadata such as row count, file size, license, and author are missing across all sources
- The temporal coverage is only partially defined ('beginning as early as April 2015')
- Column information is absent from the datagov platform description
Provenance
- Source
- New York State Energy Research and Development Authority (NYSERDA)
- Collection Method
- Compiled from the Symphony monitoring system under a contracted work program
- Time Range
- April 2015 onward
- Freshness
- 2026-04-04 23:01:52.676912
- Geography
- Upstate New York