NetNada

Electricity Dashboard

Last updated: 18 August 2026

Electricity Dashboard Scope 2

The Electricity Dashboard tracks your Scope 2 emissions โ€” the indirect emissions from purchased electricity, heat, steam, and cooling โ€” showing location-based and market-based calculations side by side. Use it to compare facilities, spot consumption trends, and see the effect of renewable energy purchases. Access it via Analyse > Dashboards > Electricity.

In this article, you'll learn:

  • What each of the three headline metrics measures
  • The difference between location-based and market-based emissions, with a worked example
  • How to read the monthly trend and entity comparison charts
  • How to filter the dashboard and what to check if it's empty
Electricity data requires completed uploads with facility nodes correctly configured โ€” including country and state. Emission factors are applied based on the node's location, so a facility without one won't calculate.

Key Metrics

Location-Based Emissions

Uses average grid emission factors for your region, measured in tonnes of COโ‚‚e. This is the default and typically the higher figure.

Market-Based Emissions

Reflects your specific energy purchasing decisions โ€” GreenPower, renewable certificates, or carbon-neutral electricity โ€” in tonnes of COโ‚‚e.

Total Energy Consumption

Total electricity consumed in kilowatt-hours (kWh) across the selected entities and period.

Location-Based vs Market-Based: A Worked Example

The location-based method asks: what does the electricity grid you're physically connected to emit, on average, per unit of electricity? The market-based method asks a different question: what did you actually buy? If you purchase renewable electricity, only the market-based figure rewards that decision.

Suppose your office consumes 100,000 kWh in a year, and the average grid emission factor for its state is 0.7 kilograms of COโ‚‚e per kWh (an illustrative figure โ€” real factors vary by state and year):

  • Location-based: 100,000 kWh ร— 0.7 kg COโ‚‚e/kWh = 70,000 kg = 70 tonnes COโ‚‚e. Your purchasing choices don't change this figure โ€” it reflects the grid itself.
  • Market-based: say you buy GreenPower covering 60% of your consumption. The 60,000 renewable kWh count at zero, and the remaining 40,000 kWh are calculated at the applicable factor: 40,000 ร— 0.7 = 28 tonnes COโ‚‚e.
  • The gap โ€” 70 versus 28 tonnes โ€” is the measured impact of your renewable purchasing. If you bought 100% renewable electricity, your market-based electricity emissions would fall to zero while the location-based figure stayed at 70 tonnes.

This is why the GHG Protocol recommends dual reporting: location-based shows your dependence on the grid; market-based shows what your procurement decisions achieve. NetNada calculates both automatically from your uploaded electricity data and boundary answers.

Renewable Energy Is Detected Automatically

You don't need to enter renewable purchases manually. When you upload electricity bills, NetNada reads GreenPower allocations, green utility tiers, and behind-the-meter solar power purchase agreements straight off the bill and credits them to your market-based figures automatically.

Genuine renewable usage is distinguished from financial credits โ€” items like solar feed-in exports or mandatory certificate charges are not counted as renewable consumption. Detected renewable volumes are logged to the audit trail, so your auditor can see exactly what was credited and why.

Electricity bill review showing an extracted consumption row tagged as 100% renewable

Monthly Trends

The monthly emissions chart shows location-based and market-based emissions over time. Use it to spot seasonal patterns (such as higher cooling loads in summer), identify anomalies like a month with a missing bill or a duplicated upload, and watch the two lines diverge as renewable purchases take effect.

Emissions by Entity

The entity chart splits total Scope 2 emissions across your selected nodes โ€” facilities, projects, or products โ€” so you can compare sites directly. This is where you identify which locations have the highest energy intensity, and therefore which would benefit most from efficiency upgrades or a renewable electricity contract.

Filtering the View

ControlFunction
Entity selectorFilter to specific entities. Only facility, project, and product nodes can be selected โ€” these are the node types electricity emissions attach to
Date range pickerSet the month-and-year range shown in every metric and chart
Reporting period indicatorShows whether your selected range matches one of your reporting periods, so dashboard figures line up with your reports
For line-by-line detail behind any figure โ€” which bills, which emission factors, which nodes โ€” open the Audit Page and filter for electricity entries. The dashboard is the summary; the Audit Page is the evidence.

FAQ

What is the difference between location-based and market-based?
Location-based uses average grid emission factors for your region โ€” it reflects the emissions intensity of the grid you're connected to. Market-based reflects your specific purchasing decisions, like GreenPower or renewable energy certificates. If you purchase 100% renewable electricity, your market-based figure can be significantly lower.
Which method should I report?
Most reporting frameworks require both. The GHG Protocol recommends dual reporting. NetNada calculates both automatically โ€” the main GHG Dashboard defaults to location-based.
Why are my location-based and market-based figures the same?
If no renewable or carbon-neutral electricity purchases are recorded for your organisation, there's nothing to differentiate the two methods, so the figures match. Check that your emissions boundary answers reflect any GreenPower or renewable purchases, and that the supporting data has been uploaded.
Where do on-site solar panels show up?
On-site renewable generation appears in the separate Renewable Energy Dashboard, not here. This dashboard covers purchased energy only.
Why is my dashboard empty?
Check that electricity data has been uploaded, that it's linked to the correct node, and that the node has a country and state set. Emission factors are applied based on location โ€” a facility without one can't calculate. Also confirm your date range covers the period the data falls in.
Why can't I select some of my nodes in the entity filter?
Only facility, project, and product nodes can be selected on this dashboard, because electricity consumption attaches to physical locations and deliverables. Business and region nodes still roll up their children's emissions โ€” select the child nodes to see the detail.