Renewable Energy Ratio (%) metric

Determines energy efficiency based on showing the usage of energy that is purchased from renewable sources as a percentage of total energy usage.

Details of the metric Description
Name Renewable Energy Ratio (%)
Category Environmental
Analysis objective for exception conditions Measures the ratio of the energy that is purchased from renewable sources in facilities as a percentage of total energy usage.
Description Facilitates internal trend analysis and external benchmarking by measuring the ratio.
Source Customer Focus Group, consulting firms, EO 13423, GRI
Measurement Total Energy Usage from Renewable Sources / Total Energy Usage all Sources
Dependent data that is calculated None
Roles
  • EN Workplace Executive
  • ES Manager/Planner
  • OP Executive
Display chart types
  • Value-based: Horizontal Grouped Bar Chart (default view)
  • Score-based: Horizontal Grouped Bar Chart
  • Time Trend: Vertical Grouped Bar Chart
Thresholds
  • Low Threshold: 0.05
  • High Threshold: 0.2
  • Range 1: Below Target/Negative/Red
  • Range 2: Within Target/Caution/Yellow
  • Range 3: Good/Positive/Green
Fact details Module: triMetricFact

Business Object: triLocationFact

Metric Queries:

triLocationFact – Metric – Renewable Energy Ratio (%)

triLocationFact – Metric – Renewable Energy Ratio (%) (Score)

triLocationFact – Metric – Renewable Energy Ratio - GIS (%)

triLocationFact – Metric – Renewable Energy Ratio – US Gov (%)

Drill paths
  • Value-based: Geography, Location, Capture Period
  • Score-based: Location, Geography, Capture Period
Interactive filters
  • Value-based: Location, Geography
  • Score-based: Location, Geography

    For US Federal Government:

  • Value-based: Location, Geography, Real Property Type, Real Property Use, Legal Interest, Mission Dependency
Static filters
  • Active Land
  • Active Buildings
  • Active Structures
  • Active Retail Locations
  • Active Energy Log records
Time Months
Data point refresh rate Monthly
License dependency IBM® Maximo® Real Estate and Facilities Real Estate Environmental Sustainability
Functional dependency Energy Log