AI Utility Data Collection
Automate the collection of utility data for energy buyers, ESCOs, and developers.
Leafpress pulls billing, rate, and usage data directly from providers to ensure financial accuracy and strategic energy planning.
How It Works
Key Features
Sync
Seamlessly pull data from any utility provider, including electricity, water, gas, and waste services.
Analyze
AI-driven data processing detects billing errors, anomalies, and missing information in real time.
Optimize
Compare blended vs. unblended rates, tariff changes, and historical trends to ensure cost-effective procurement.
Track
Monitor late payments, contract terms, and rate changes across your entire portfolio.
The Leafpress Advantage
10x Faster Site Selection
AI-powered search filters by transmission capacity, permitting risk, and community sentiment in seconds.
Interconnection Feasibility at Scale
Run injection studies at every substation using ISO methodologies before applying.
Lower Soft Costs
Reduce wasted resources on bad sites, permitting delays, and grid congestion issues.
Secure Power Before the Competition
Identify grid capacity constraints and available substations before choosing a location.
Optimize Energy Procurement
Access real-time utility rates and long-term contract forecasts to lower costs.
Grid-Aware Workload Distribution
Balance compute demand across regions with available power to prevent downtime.
Automate Utility Data Collection
Directly sync billing, rates, and usage data from any provider, eliminating manual tracking.
Catch Overcharges & Billing Errors
AI detects anomalies in invoices, contract terms, and unblended rate shifts.
Seamless API Integration
Connect Leafpress to existing energy management systems for automated reporting and cost analysis.
Featured in
Enterprise-grade Security
Enterprise-grade Security
SOC 2 Type II certified infrastructure with end-to-end encryption
Complete Audit Trail
Granular access logs and comprehensive data lineage tracking
Data Ownership
Your data remains your property with guaranteed portability