Energy Analytics Views

In the Energy section of the Analytics Portal, you can choose different views to change how your data is visualized.

How to navigate

Analytics Portal > Portfolio > Analytics > Energy > View

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Landlord-Tenant Split

Use this view to separate energy data into landlord‑controlled vs. tenant‑controlled. When enabled, this view introduces dedicated visualizations for:

Energy use intensity (EUI)

Total energy consumption

Data coverage

The split is based on how meters are classified in the platform (tenant‑controlled vs. landlord‑controlled).

Suggested use

Develop targeted tenant engagement campaigns

Identify who contributes most to energy usage and by how much

Prioritize efficiency measures

Normalization

See detailed methodology in the normalizations article.

Weather‑based normalization

Must be enabled in Data Collection Portal > Settings

Method: Uses heating degree days (HDD) and cooling degree days (CDD) to normalize usage against long‑term averages of the assigned weather station.

Application: Applied at the Asset‑level when Allocated weather station is set under Asset details.

Use case: Helps isolate the impact of operational efficiency measures by filtering out weather‑driven variability.

Time‑based normalization

Purpose: Extrapolates consumption to represent a full calendar year.

Where used: Portfolio‑level Energy use intensity and Total consumption graphs.

Method:

For total consumption:

Normalized value = Reported consumption / % of year with data

For EUI:

Normalized EUI = Reported consumption / % of year with data / Active area

Alignment: GRESB outlier methodology (resource‑level coverage).

Occupancy‑based normalization

Purpose: Adjusts consumption to reflect 100% occupancy.

Where used: Portfolio‑level Energy use intensity and Total consumption graphs.

Method:

For total consumption:

Normalized value = Reported consumption / Average occupancy rate

For EUI:

Normalized EUI = Reported consumption / Average occupancy rate / Active area

Alignment: GRESB outlier methodology.

Time + occupancy‑based normalization

Purpose: Adjusts for both time and occupancy.

Where used: Portfolio‑level energy graphs.

Method:

For total consumption:

Reported consumption / % of year with data / Average occupancy rate

For EUI:

Reported consumption / % of year with data / Average occupancy rate / Active area

Alignment: GRESB outlier methodology.