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Understanding the Organization-Level Sustainability Dashboard

Use the Organization-Level Sustainability Dashboard to monitor energy insights, potential energy savings, and top sites energy usage across the organization. The dashboard is organized into the two tabs: Overview and Potential Energy Savings.

Overview

The Overview tab provides a high-level summary of the organization's energy profile and highlights potential energy savings achievable through optimization actions across the organization.

You can view data for the selected time range. The available time ranges are Today, Yesterday, Last 7 Days, Last 30 Days, and Custom. By default, the widget displays data for Last 30 Days.

Note:

The global time range selector applies to all widgets except the Potential Energy Savings widget, the Power Usage metric card, and the Carbon Intensity and Average Power Cost cards. The Potential Energy Savings widget displays projections for future time ranges, the Power Usage metric card shows the real-time power usage of the organization, and Carbon Intensity and Average Power Cost display configured values that do not change with the selected time range.

View Energy Metrics for the Organization

The organization-level metric cards display key aggregated energy metrics for the organization.

Use these cards to get a high-level overview of the organization's energy profile for the selected time range.

Figure 1: Metric Cards Metric Cards

For energy metric description, see Table 1.

Table 1: Energy Metrics Description
Metric Description Unit Notes
Power Usage Real-time power consumption of the organization, aggregated from site-level telemetry

Kilowatts (kW)

The timestamp indicates when the data was last updated.
Energy Consumption Energy consumed by the organization during the selected time range

Kilowatt-hour (kWh)

The system aggregates power usage for the selected time interval to calculate energy consumption

GHG Emission Total greenhouse gas emissions generated by the organization during the selected time range

gCO₂e

GHG emission is calculated based on the carbon intensity you configure at the organization level. If not configured, a default value is used to calculate the emission. See, Configure Sustainability Settings for the Organization.
Cost Estimated cost of energy consumed by the site during the selected time range Region‑specific currency If the Total Cost appears blank, verify that the Average Power Cost is configured for the organization. See, Configure Sustainability Settings for the Organization.
Note:
  • The timestamp in the top-right corner reflects the selected time range, and the values displayed for Energy Consumption, GHG Emissions, and Cost update based on this selection.

  • The units displayed for Power Usage, Energy Consumption, and GHG Emissions are dynamically scaled based on the magnitude of the value.

View Historical Trend Graphs for the Organization

The Historical Trend Chart allows you to analyze energy trends for the organization over time.

You can view historical trends for the following metrics: Energy Consumption, GHG Emission, and Cost.

Click any of the three metric cards to view their trend charts for the selected time range in the right pane. When you select a time range, the trend graph displays data for the rolling interval ending at the most recent available data point.

Figure 2: Historical Trend Graph Historical Trend Graph

Figure 2 shows the organization's energy consumption trend during the last 30 days. You can view similar trend charts for the other two metrics as well.

The x-axis represents the selected time range and y-axis represents the aggregated organization-level values of the selected metric for the selected time range. Hover over any point on the graph to see the exact metric value for that timestamp.

View Potential Energy Savings for the Organization

The Potential Energy Savings widget provides a high-level summary of the projected energy savings, emissions reduction, and cost savings that can be achieved if all the available optimization recommendations are applied at the device-level.

The projections are displayed based on the selected time range. The available time ranges are Today, Tomorrow, Next 7 Days, and Next 30 Days. By default, the widget displays projections for Next 30 Days.

Figure 3: Potential Energy Savings Widget Potential Energy Savings Widget

For field descriptions, see Table 2.

Table 2: Potential Energy Savings Widget
Energy Metric Description Data Availability
Projected Energy Savings Estimated reduction in energy consumption that your organization can achieve by applying the available energy optimization recommendations. The projection is displayed for the selected time range.
Reduction in GHG Emission Estimated reduction in greenhouse gas emissions your organization can achieve by applying the available energy optimization recommendations.

The value is calculated based on the projected energy savings and carbon intensity configured for the organization.

Note:

If the carbon intensity is not configured for the organization, a default value is used to calculate the reduction in GHG emissions.

See, Configure Sustainability Settings for the Organization.

The projection is displayed for the selected time range.
Projected Cost Savings Estimated cost savings that your organization can achieve by applying the available energy optimization recommendations.

The value is calculated based on the projected energy savings and the average power cost configured for the organization.

Note: If the Projected Cost Savings appear blank, verify that the Average Power Cost is configured for the organization.

See, Configure Sustainability Settings for the Organization.

The projection is displayed for the selected time range.
Potential Savings in %

Percentage of energy savings your organization could have achieved in the last 24 hours by applying all the available energy optimization recommendations.

The value is calculated by comparing the potential energy savings over the last 24 hours with the total energy consumed during the same period.

The projection is displayed for the last 24 hours.

Use the Potential Energy Savings tab for deeper analysis of potential savings.

Navigate to the Recommendation tab on the Device-level Sustainability dashboard to review the available energy optimization suggestions.

View Carbon Intensity and Average Power Cost Configured for the Organization

The Carbon Intensity and Average Power Cost configured at the organization level are used to calculate GHG Emission and Cost displayed on the Organization-level Sustainability Dashboard.

The dashboard displays a banner prompting you to configure these values if they are not set.

You can configure these values on the Organization Settings page (Organization > Organization Settings > Sustainability). See, Configure Sustainability Settings for the Organization.

Figure 4: Carbon Intensity and Average Power Cost Widgets Carbon Intensity and Average Power Cost Widgets

Carbon Intensity—Represents the amount of greenhouse gas emissions produced per unit of energy consumed. It is measured in grams of CO₂e per kWh (gCO₂e/kWh).

This value is used to calculate GHG emissions displayed on the dashboard.

GHG Emissions (CO₂e) = Energy Consumption (kWh) × Carbon Intensity (gCO₂e/kWh)

Configure an accurate carbon intensity value to ensure that the GHG emissions displayed on the dashboard reflect your organization’s actual environmental impact.

Average Power Cost—Represents the cost per unit of electricity used at the organization-level.

This value is used to calculate the Cost displayed on the dashboard.

Configure this value to ensure accurate cost calculations across the dashboard.

Note:
  • If carbon intensity is not configured, the default value of 443 will be used. You can override this value as needed.

  • If average power cost is not configured, cost-related metrics, such as Total Cost and Projected Cost Savings, appear blank.

  • The timestamps on the corresponding cards indicate when the values were last updated.

View Top Sites in the Organization By Energy Metrics

The Top Sites by Energy Consumption section provides a list of high energy consuming sites sorted in the decreasing order of energy consumption.

Figure 5: Top Sites by Energy Consumption Top Sites by Energy Consumption

Click the arrow next to any column header to sort the table based on that metric. The widget header updates accordingly to indicate the active sorting metric.

You can further drill down into a site to view detailed energy insights and identify devices contributing to higher energy consumption, cost, and GHG emissions.

Alternatively, you can use the drop-down list at the top of the page to view sustainability insights for a specific site or a device.

View Top Sites on the Map

Toggle Map View on the Top Sites widget to view the geographical distribution of the sites on a map. The visualization on the map helps you quickly identify sites that have higher power consumption, cost, and GHG emissions.

Select a metric from the drop-down to update the map and compare sites. The size of the circle indicates how high or low the metric is at each site. Hover over a site to view detailed energy data for the past hour. You can also view the map in full screen mode and use pan or zoom to explore specific regions.

Figure 6: Map View Map View

Potential Energy Savings

The Potential Energy Savings tab provides a high-level summary and a detailed breakdown of energy optimization potential across the organization. Use the tab to evaluate the potential energy savings achievable for the organization.

The tab includes the following widgets: Potential Energy Savings insights panel and Average Hourly Savings table.

The Potential Energy Savings insights panel provides aggregated savings across the organization over the selected time period. These insights are also available on the Overview tab. For information on the panel, see View Potential Energy Savings for the Organization.

Figure 7: Potential Energy Savings Tab Potential Energy Savings Tab

View Average Hourly Savings

The Average Hourly Savings table shows the average hourly savings achievable across the organization if all energy optimization recommendations are applied.

You can filter the table by recommendation type, device model, or Junos OS version installed on the device and get detailed breakdown of potential energy, emissions, and cost savings that contribute to the total potential savings shown on the insights panel.

Use the table to identify which recommendations, device types, or Junos OS version offers the largest potential energy savings.

Table 3: Average Hourly Savings Table
Field Description
Energy Savings Category Filter potential energy savings by one of the following categories:
  • Recommendation Type

  • Device Model

  • Device OS

Power Savings The average hourly power savings for the selected category, assuming all applicable recommendations are applied.
CO2 Reduction The average hourly reduction in greenhouse gas emissions for the selected category, assuming all applicable recommendations are applied.
Cost Savings The average hourly cost savings resulting from power reductions for the selected category, assuming all applicable recommendations are applied.

Benefits of the Potential Energy Savings Feature

The Potential Energy Savings feature enables you to:

  • Identify high-impact optimization opportunities and prioritize devices that require optimization

  • Estimate the organization-level sustainability impact of applying energy optimization recommendations

  • Assess the energy optimization potential of your network infrastructure

  • Make data-driven decisions for improving energy efficiency and operational cost across the organization