EnergizeOSMicrogrid EMS
AI-Driven Microgrid EMS · Commercial & Industrial BESS

Deterministic control.
Intelligent operation.

EnergizeOS combines a deterministic EMS core with an AI intelligence layer for dispatch optimization, revenue explanation, battery health, alarm diagnosis, and operator decision support — built for C&I BESS and microgrid projects in North American utility territories.

Explore the architecture See the C&I use case
Why it exists

Three questions every site must answer

Most EMS platforms log data. Very few help an operator or asset owner answer the questions that actually matter:

  • What happened? — Faithful, complete operational records of every dispatch, alarm, and grid event.
  • Why did it happen? — Root-cause explanation of revenue gaps, trips, and underperformance in plain language.
  • What should we do next? — Recommended actions, dispatch plans, and risk-aware decision support.

EnergizeOS Microgrid EMS is designed around these three questions — for PepsiCo-class C&I programs, EPC engineering teams, and BESS integrators.

Architecture at a glance

AI above the gate. Determinism below it.

L5
User Interface
Operators, asset owners, engineers — web HMI, reports, chat copilot
L4
LLM Orchestration Layer
Intent understanding, status explanation, report generation, tool coordination
L3
Energy Domain AI Layer
Dispatch recommendation, revenue optimization, forecasting, degradation & anomaly analytics
Safety Gate · Operator Approval · Audit Log
L2
EMS Core — Deterministic Control
Real-time control, PCS commands, interlocks, protection interfaces, fail-safe behavior
L1
Device & Data Integration Layer
Modbus TCP, DNP3, IEC 61850 — PCS, BMS, relays, meters, breakers, SCADA
L0
Physical Assets
BESS, PCS, transformers, switchgear, protection relays, site loads

The large language model never participates in safety-critical real-time control loops, and never writes Modbus commands to equipment. Every AI recommendation passes through deterministic EMS safety gates before anything reaches a device. Read the safety model →

Field-proven foundation

Built from real interconnection work

The platform's deterministic core is derived from deployed C&I BESS engineering in the SDG&E service territory under CA Rule 21 and IEEE 1547-2018, including hardwired permissive interlock chains, SEL-class protection relay and revenue meter integration, and utility interconnection evidence requirements.

AI Kernel

8 intelligence modules

Site Copilot, Revenue Gap Analyzer, Dispatch Recommendation, Battery Health, and more.
EMS Core

Deterministic control

Operating modes, interlocks, limits, fault handling, fail-safe and comm-loss behavior.
Workflows

Operator-first design

From "why did the site underperform yesterday?" to a generated customer report.