{
  "name": "Occupant-Centered Controls (Prospective)",
  "climate_zone": "all",
  "bldg_type": ["assembly", "education", "large office", "small office", "health care", "lodging"],
  "structure_type": "all",
  "end_use": ["heating", "cooling", "ventilation", "lighting", "PCs", "data center"],
  "fuel_type": "all",
  "technology": "all",
  "market_entry_year": 2025,
  "market_entry_year_source": {
    "notes": "Based on BTO target for long-term market introduction (>10 years)",
    "source_data": null},
  "market_exit_year": null,
  "market_exit_year_source": null,
  "energy_efficiency": {
      "heating": 0.35, "cooling": 0.35, "ventilation": 0.35, "lighting": 0.45,
      "PCs": 0.80, "data center": 0.80},
  "energy_efficiency_units": "relative savings (constant)",
  "energy_efficiency_source": {
    "note": "Based on typical relative savings range of 10%-40% (lighting/HVAC) and 50%-90% (PCs)",
    "source_data": [{
      "title": "Energy intelligent buildings based on user activity: A survey",
      "author": "Nguyen et al.",
      "organization": "University of Groningen",
      "year": 2013,
      "pages": [244, 257],
      "URL": "https://www.researchgate.net/publication/257227483_Energy_intelligent_buildings_based_on_user_activity_A_survey"},
      {
      "title": "Quantifying National Energy Savings Potential of Lighting Controls in Commercial Buildings",
      "author": "Williams et al.",
      "organization": "Lawrence Berkeley National Laboratory",
      "year": 2012,
      "pages": null,
      "URL": "http://eetd.lbl.gov/sites/all/files/quantifying_national_energy_savings_potential_of_lighting_controls_in_commercial_buildings_lbnl-5895e.pdf"},
      {
      "title": "Reducing Energy Waste for Computers by Human-in-the-Loop Control",
      "author": "Munir et al.",
      "organization": "University of Virginia",
      "year": 2013,
      "pages": null,
      "URL": "https://www.researchgate.net/publication/259933762_Reducing_Energy_Waste_for_Computers_by_Human-in-the-Loop_Control"},
      {
      "title": "A knowledge based approach for selecting energy-aware and comfort-driven HVAC temperature set points",
      "author": "Ghahramani et al.",
      "organization": "University of Southern California",
      "year": 2014,
      "pages": [536, 548],
      "URL": "https://www.researchgate.net/publication/269576957_A_knowledge_based_approach_for_selecting_energy-aware_and_comfort-driven_HVAC_temperature_set_points"}
      ]},
  "installed_cost": 0.5,
  "cost_units": "2016$/ft^2 floor",
  "installed_cost_source":{
    "notes": "Example",
    "source_data": null},
  "product_lifetime": 10,
  "product_lifetime_units": "years",
  "product_lifetime_source": {
    "notes": "Assumed limited by lifetime of enabling plug-and-play sensors (see 'Plug-and-Play Sensors (Prospective)' ECM)",
    "source_data": null},
  "measure_type": "add-on",
  "fuel_switch_to": null,
  "market_scaling_fractions": null,
  "market_scaling_fractions_source": null,
  "_description": "Sensing and controls at the zone or sub-zone level to enable accurate, real-time feedback on individual and group-level occupant presence and/or comfort",
  "_notes": null,
  "_added_by": {
    "name": "Jared Langevin",
    "organization": "Lawrence Berkeley National Lab",
    "email": "jared.langevin@lbl.gov",
    "timestamp": "2017-01-04 15:42:58 EST"
  },
  "_updated_by": {
    "name": null,
    "organization": null,
    "email": null,
    "timestamp": null
  }
}