• Energy
  • 21 columns
  • 120 rows
  • 8 formats

Smart Facility Energy Sensor Logs

This dataset contains detailed, time-stamped energy consumption logs from IoT sensors across diverse real estate properties. Each record links energy usage, power demand, and estimated emissions to specific sensors and locations, enabling granular analysis for facility management, sustainability tracking, and smart building optimization. The dataset is ideal for benchmarking, anomaly detection, and supporting ESG and smart city initiatives.

  • last updated 5 Dec 2025
  • by GoMask
The brief that made it

Building energy efficiency benchmarking and optimization

Sample rows

preview · 8 of 120 rows · all 21 columns
log_idstringproperty_typestringenergy_consumed_kwhfloatis_anomalybooleanaddress_statestringproperty_idstringproperty_namestringaddress_streetstringaddress_citystringaddress_postal_codestringaddress_countrystringsensor_idstringsensor_typestringsensor_locationstringtimestampdatetimeinterval_minutesintegerpower_peak_kwfloatpower_average_kwfloatco2_emissions_kgfloatsensor_statusstringnotesstring
LOG0001office320.52falseILPROP01Main Office Tower100 Main StChicago60601USASENS-1001electricity_meterFloor 1, Utility Room2024-06-01T08:15:00Z6038.228.5185.1activeRoutine morning reading.
LOG0002residential3.41falseOHPROP02Riverside Apartments245 Riverside DrCincinnati45202USASENS-1002gas_meterBasement Utility2024-06-01T07:45:00Z301.20.71.3activeNormal usage overnight.
LOG0003retail6.7falseTXPROP03West End Mall500 Commerce AveDallas75201USASENS-1003lighting_sensorAtrium, Level 22024-06-01T09:00:00Z602.92.23.2activeCustomer traffic increasing.
LOG0004industrial97.56falseINPROP04Blue Steel Plant1200 Steel RdGary46402USASENS-1004HVAC_sensorMain Factory Floor2024-06-01T08:45:00Z12021.716.252.4activeHVAC running at scheduled level.
LOG0005mixed-use0.42falseNCPROP05Creekside Mixed Center800 Creekside BlvdCharlotte28201USASENS-1005water_meterParking Garage Level B2024-06-01T09:15:00Z15000.2activeLow water use overnight.
LOG0006residential0.21falseCOPROP06Sunset View Homes733 Sunset AveDenver80203USASENS-1006water_meterLaundry Room2024-06-01T07:35:00Z15000.1activeLaundry cycle completed.
LOG0007office225.13falseCAPROP07Innovation Hub350 Tech Park DrSan Jose95134USASENS-1007electricity_meterServer Room2024-06-01T08:30:00Z6041.333.7128.8activeServer backup in progress.
LOG0008office11.4falseMNPROP08Maple Grove Offices41 Maple AveMinneapolis55401USASENS-1008lighting_sensorLobby2024-06-01T08:00:00Z303.52.85.9activeLobby lights on for opening.

What the 120 rows show

from the 120-row sample

Other (property type) stands out: 13 of its 13 rows have is_anomaly = true, against 4 of 107 for the rest.

  • 14%is_anomaly = true
  • 9.2median energy_consumed_kwh
  • 4sensor statuses
  • 6sensor types
  • 30median interval_minutes
  • 2.9median power_peak_kw
Is anomaly rate by property_typeis_anomaly = true
0%50%100%0%office0 of 284%resid…1 of 245%retail1 of 219%indus…2 of 230%mixed…0 of 11100%other13 of …
energy_consumed_kwh120 rows, in bands of 1,000
06012011600000000405,00010kenergy_consumed_kwh →

Median 9.2, from 0.0 to 10,000.

address_state107 rows with a value · 13 left blank
  1. CA15
  2. OH11
  3. TX6
  4. FL5
  5. MO5
  6. WI5
  7. IL4
  8. NC4
  9. CO4
  10. MN4
21 columns by typefrom the column list below
  • string 14
  • integer 1
  • float 4
  • datetime 1
  • boolean 1

Columns

21 columns in four groups
blueprint · 21 columns
columntypedescriptionexample
Text 14 columns
log_idstringUnique identifier for each energy sensor log entryuniqueLOG0001
property_idstringUnique identifier for the real estate property where the sensor is installedPROP01
property_namestringName or label of the property (e.g., 'Main Office Tower')optionalMain Office Tower
property_typestringType of property (e.g., office, residential, retail, industrial)6 values · optionaloffice
address_streetstringStreet address of the propertyoptional100 Main St
address_citystringCity where the property is locatedoptionalChicago
address_statestringState or region of the property locationoptionalIL
address_postal_codestringPostal or ZIP code of the propertyoptional60601
address_countrystringCountry where the property is locatedoptionalUSA
sensor_idstringUnique identifier for the IoT energy sensor deviceSENS-1001
sensor_typestringType of sensor (e.g., electricity_meter, gas_meter, water_meter, HVAC_sensor, lighting_sensor)6 valueselectricity_meter
sensor_locationstringSpecific location of the sensor within the property (e.g., 'Floor 2, Room 201')optionalFloor 1, Utility Room
sensor_statusstringStatus of the sensor at the time of logging (e.g., active, inactive, error, maintenance)active · inactive · error · maintenance · unknown · optionalactive
notesstringOptional field for additional comments or notes about the log entryoptionalRoutine morning reading.
Numbers 5 columns
energy_consumed_kwhfloatAmount of energy consumed during the logging interval, measured in kilowatt-hours (kWh)0 or more320.52
interval_minutesintegerDuration of the logging interval in minutes (e.g., 15 for 15-minute intervals)1 or more60
power_peak_kwfloatPeak power demand recorded during the interval, in kilowatts (kW)0 or more · optional38.2
power_average_kwfloatAverage power demand during the interval, in kilowatts (kW)0 or more · optional28.5
co2_emissions_kgfloatEstimated CO2 emissions for the interval, in kilograms (kg), based on local energy mix0 or more · optional185.1
Dates and times 1 column
timestampdatetimeDate and time when the sensor reading was recorded (ISO 8601 format, UTC recommended)2024-06-01T08:15:00Z
True or false 1 column
is_anomalybooleanFlag indicating whether the sensor reading is considered anomalous or outside expected rangeoptionalfalse

Use it for

  • is anomaly14%17 of 120 rowsmean energy consumed …178.5offi…1.0resi…5.2reta…89.7indu…

    An energy dashboard

    The is_anomaly rate, energy_consumed_kwh by property_type and a breakdown of address_state. Excel, Power BI or Tableau.

  • Why do 17 of 120 rows have is_anomaly = true?

    A root-cause class exercise

    Hand out the rows and one question. The answer is in the data, not in the brief.

  • A software demo

    Believable logs with property_id, property_name and property_type to fill a screen in front of a buyer.

Not quite right?

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This dataset120 rows21 columns
Yours1,000 rows21 columnsaddress_street: UK only

blueprint · smart-facility-energy-sensor-logs

Behind this dataset

Same schema. As many rows as you need.

These 120 rows came out of a blueprint — 21 columns with generation rules behind each one. Open it in Data Factory to retune a column, add your own, wire in foreign keys, and run it at the size you actually need.

Rules it was built with
  • Each row reflects an hourly energy reading from a unique sensor.
  • Sensor locations are mapped to property zones (e.g., lobby, HVAC room, data center).
  • Energy readings flagged if exceeding pre-set efficiency thresholds.
  • Compliance status included for local building energy regulations.
  • Sensor downtime events are logged and categorized (maintenance, outage).
Rows
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Exports
CSV, JSON, JSONL, Parquet, SQL, Excel, TSV, XML
Licence
yours to use, including commercially
API slug
smart-facility-energy-sensor-logs

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