THE E3 BUILDING PULSE DIAGNOSTIC SYSTEM™

E3 Transforms utility billing data into continuous diagnostic intelligence — automatically detecting, diagnosing, and quantifying invisible operational and financial inefficiencies in energy and water utilization and costs — as they emerge.


HOW UTILTIY COST-TO-CAUSE DIAGNOSTIC INTELLIGENCE™ WORKS

Basic Concept: E3 automatically links changes in utility costs (relative to historical baselines) to corresponding changes in their underlying causal factors to determine what changed, why it changed, and the resulting financial impact.


COST → CAUSE → FINANCIAL IMPACT


FOUR COST DRIVERS. ONE DIAGNOSTIC SYSTEM.

POWER UTILIZATION — load factor and power-utilization anomalies.
EQUIPMENT
— water leaks, steam leaks, metering issues.
PRICING
— distribution and commodity pricing anomalies.
BILLING
— overestimated consumption, erroneous charges, uncredited payments and allowances.


Traditional systems treat these as separate problems. E3 diagnoses them through a single Cost-to-Cause framework.


HOW IT WORKS FOR THE CUSTOMER

 

  1. THE DIAGNOSTIC CHECKUP PHASE:  Establish historical baselines and identify existing inefficiencies.
  2. THE ONGOING MONTHLY DIAGNOSTIC INTELLIGENCE: Detect, diagnose, and quantify emerging inefficiencies before losses compound.


No new meters. No audits. No hardware.

DEMO: E3 Building Pulse Diagnostic System™


SUMMARY OF BENEFITS

In addition to supporting energy purchases, utility planning and budgeting, and the filing of mandated energy reports, the E3 Building Pulse Diagnostic System™ provides: 

  1. Automatic detection, diagnosis, and quantification of invisible operational and financial inefficiencies.
  2. A comprehensive and detailed understanding of the monthly changes in utility costs — from a whole organization to its smallest account.
  3. Measurement of the effectiveness of implemented energy-saving measures.
  4. Strategic insight into where costs can be cut and savings can be made.
  5. Enhancing the efficiency and effectiveness of energy managers and operating engineers.