Enterprise Energy Intelligence
One Platform. Every Meter. Total Visibility.
Integrate electric, water, BTU, gas, air, and steam data from every site into a single, multi-tenant enterprise dashboard — purpose-built for portfolio-scale energy management.
Emergent Energy Dashboard
Multi-Tenant · Multi-Site · Enterprise-Grade
Multi-Tenant Architecture
Isolated data environments for each client with role-based access control.
Multi-Site Aggregation
Unified view across all facilities with drill-down to individual sites.
Real-Time Dashboards
Live energy consumption, demand peaks, and system health at a glance.
Unified Data Layer
Normalize data from disparate meter protocols into a single schema.
Analytics Services
From Data Collection to Managed Intelligence
Managed Reporting
- Monthly energy performance reports
- ESG & sustainability reporting packages
- Regulatory compliance documentation
- Executive summary dashboards
Anomaly Response
- 24/7 automated anomaly detection
- Threshold-based alerting & escalation
- Root-cause analysis support
- Demand peak shaving advisories
Tier 3 Managed Service
- Full analytics-as-a-service bundle
- Dedicated energy analyst support
- Continuous optimization recommendations
- Day-one analytics for new customers
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Services
How We Can Help
International Metering Orders
Support for international metering product orders and shipping to commercial and industrial facilities worldwide.
Product Customization
Custom CT ratios, communication protocol programming (Modbus RTU, BACnet IP), firmware configuration, and meter panel assembly.
Compliance Metering
HVAC, lighting, and common area metering solutions for IECC 2021, ASHRAE 90.1-2022, and local benchmarking law compliance.
Turn-Key Site-Wide Metering
Complete electric, gas, water, BTU, compressed air, and steam metering deployments with data integration and dashboarding.
Custom Data Logging
Custom data logging panels, protocol bridge devices, and multi-meter aggregation for complex industrial installations.
Code Compliance
IECC 2021, ASHRAE 90.1-2022, NYC LL97, Boston BERDO 2.0, and DC BEPS submetering consultation and implementation support.
Who We Serve
Built for the teams behind every meter
Facility Managers
Real-time visibility into every meter across every site, with alerting that flags issues before tenants do.
MEP Engineers
Revenue-grade hardware and open protocols (Modbus, BACnet) that integrate cleanly with any BMS or BAS.
Energy Consultants
Portfolio-wide data normalization and ESG-ready reporting that shortens every engagement.
Building Owners
Submetering that satisfies IECC 2021, ASHRAE 90.1-2022, NYC LL97, BERDO 2.0, and DC BEPS in one deployment.
Commercial Real Estate
Multi-tenant billing, chargebacks, and cost allocation across mixed portfolios.
Manufacturing & Industrial
Compressed air, steam, gas, and process metering with custom CT ratios and firmware.
Healthcare, Education & Government
Compliance-grade metering built for long deployment cycles and institutional procurement.
Frequently Asked
Commercial Metering Questions, Answered
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What is a BTU meter?
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A BTU meter measures thermal energy delivered or consumed in a hydronic heating, chilled water, or steam system. It combines a flow meter with paired supply and return temperature sensors to calculate energy in British Thermal Units (BTU) — the standard for billing tenants in chilled water loops, district energy systems, and central plant submetering.
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Modbus vs BACnet for submetering — which should I choose?
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Modbus (RTU or TCP) is simple, low-cost, and dominant on the meter side; most electric, water, BTU, and gas meters speak it natively. BACnet (MS/TP or IP) is the standard inside building automation systems and is required for integration with most BMS front-ends. A common pattern is Modbus meters polled by a gateway (Tridium JACE, Leviton AcquiSuite, Optergy) that republishes the data as BACnet to the BMS.
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Do I need submetering for IECC 2021 compliance?
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Yes — IECC 2021 Section C405.12 requires energy submetering in most new commercial buildings over 25,000 sq ft. Each tenant space, each major HVAC system, and each end-use category (lighting, plug loads, process, HVAC) typically needs separate metering with the data accessible to the building owner. Electric, gas, and BTU meters with pulse, Modbus, or BACnet output all qualify when paired with a recording system.
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How does NYC Local Law 97 affect building submetering?
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Local Law 97 caps greenhouse gas emissions for buildings over 25,000 sq ft starting in 2024, with stricter limits in 2030. Submetering does not satisfy LL97 directly, but it is the only practical way to attribute emissions to tenants, identify reduction opportunities, and document load-shedding for the prescriptive compliance pathway. Most building owners install electric and gas submeters alongside Panoramic Power circuit-level sensors to track progress against their carbon budget.
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Ultrasonic vs mechanical water meters — what's the difference?
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Mechanical meters (multi-jet, positive-displacement, turbine) use moving parts and are accurate, low-cost, and well-understood, but wear over time and have a minimum flow threshold. Ultrasonic meters use transit-time sound pulses, have no moving parts, maintain accuracy across a wider flow range (down to fractions of a gallon per minute), and last 15+ years without recalibration. Ultrasonic is preferred for submetering, BTU applications, and any installation where access for service is difficult.
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What is revenue-grade metering?
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Revenue-grade meters meet ANSI C12.20 Class 0.2 or 0.5 accuracy — the same standard utilities use for billing — and are required when submeter readings will be used to bill tenants or sell power back to the grid. Most commercial building submeters (Leviton Series 7000/8000, Panoramic Power PAN-42, Acquisuite-paired CTs) are revenue-grade. Lower-accuracy meters are fine for monitoring and analytics but cannot be used as the basis for charges.