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AI Data Tools

An overview of Scaler’s AI-powered analytics features, including automated insights, anomaly detection, and data-quality enhancements.

Overview

Scaler’s AI Suite assists at every stage of ESG data management: input, validation, analysis, forecasting, and decision-making. Each feature leverages asset-level and portfolio-level data to improve accuracy, reduce manual work, and provide clients with actionable insights.


Luc van de Boom, CIO, gives a tour of Scaler’s AI features:

  1. AI Sustainability Advisor: Lumi → min 3:50 & 10:00
  1. AI Analysis (Graph Insights) → min 6:13
  1. AI Roadmap Measure Suggestions → min 7:47
  1. AI Data Quality Report → min 11:10
  1. AI Forecasts → min 12:44
  1. Bill Scraping & Verification → min 13:50
 

1. AI Sustainability Advisor: Meet Lumi

Purpose:

To enable users to query their data with natural language prompts as well as access detailed information regarding tools, features and updates from Scaler Knowledge Base directly within the platform.

Location:

  • Home tab
  • Analytics Portal → Asset → Overview table → Lumi search bar, top of table
 
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Example Prompts:

  • “Draft a sustainability report comparing 2023 and 2024 data.”
  • “Which assets have the highest transition risk?”
  • “How does Scaler calculate data coverage?”

Technical Function:

Lumi references your portfolio dataset and internal Scaler documentation to generate context-aware responses.

Responses are stored temporarily and never leave Scaler’s secure AWS environment.

Notion image

2. AI Analysis (Graph Insights)

Purpose:

To interpret charts and automatically generate explanations, insights, and next steps.

Location:

Analytics Portal → Portfolio → Chart → “AI Analysis” button, bottom right of the chart

Behavior:

  • Runs AI analysis over underlying datasets of the selected graph
  • Produces a short, contextual summary
  • Suggests focus areas (e.g., “Asset X has highest EUI; consider HVAC efficiency audit”)

Supported Graphs:

  • Energy Use Intensity
  • Energy Total Consumption
  • Energy Data Coverage
  • GHG Emissions Intensity

3. AI Roadmap Measure Suggestions

Purpose:

To identify and recommend efficiency measures automatically.

 

Location:

Data Collection Portal → Roadmaps → “Add measure +” button

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Data Inputs Used:

  • Energy, fuel, and heating consumption
  • Solar production
  • Building age and type
  • Location and climate zone
  • Historical roadmap entries

Outputs:

  • AI-suggested measures with predicted EUI/GHG reduction
  • Cost and payback estimates
  • Alternative options (e.g., insulation, window replacement, heat pumps)

Actions:

  • Apply suggestions directly to the Measures library
  • Generate a group of measures for an asset
  • Generate a carbon saving measure
  • Request partner advisory for verification or deeper analysis

4. AI Data Quality Report

Purpose:

To automatically flag anomalies, outliers, and inconsistencies in asset data before audits or reporting.

Location:

Analytics → Asset → Data Outliers → “AI Analysis” button, top of table

Features:

  • Scans dataset at the portfolio level
  • Flags high-risk assets with severity level and suggests actions
  • Provides reason and risk type (e.g., meter malfunction, inconsistent readings)
  • Direct request function for third-party data verification from our partners

Best Use Case:

Run before generating reports to ensure data integrity and audit readiness.


5. AI Forecasts

Purpose:

To fill missing or incomplete data gaps at the meter level.

Location:

Data Collection Portal → Asset → Meters & Consumption → Meter Consumption tab

How It Works:

  • Identifies meters missing consumption data
  • Uses historical values to project likely future usage
  • Populates suggested values directly in the meter entry view
  • Users can accept or edit before submission
  • Available across energy, water and waste

Example:

If a meter’s last 3 years show a consistent trend, the AI forecast auto-fills next year’s expected consumption for validation.


Bill Scraping & Verification

Purpose:

To automate invoice data extraction and reduce manual input directly within Scaler.

Location:

Data Collection Portal → Asset → Meters & Consumption → Meter Consumption tab → paperclip icon

Process:

  1. At a meter consumption entry, upload a PDF invoice.
  1. AI extracts fields (meter ID, billing period, consumption, cost).
  1. The extracted data appears in the corresponding fields.
  1. Optionally, connect to Scaler’s verification partners for independent validation.

Advantages:

  • Saves time and reduces error risk
  • Ensures consistent, auditable data entries
  • Integrates seamlessly with API or manual uploads

Security and Privacy

  • All AI features operate fully within Scaler’s AWS environment in the client’s region.
  • No external API calls are made to external AI systems.
  • All data remains regionalized and compliant with applicable data privacy standards (GDPR, SOC 2, ISAE 3000, and ISO 27001).

Best Practices

  • Review AI-suggested forecasts and measures before approval.
  • Use AI Data Quality Reports monthly to monitor outliers.
  • Leverage the Advisor for quick internal queries.
  • Enable third-party verification for audit-prepared portfolios.
 

 
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