EMS Platform v1.0 — Now Available

The control layer Your energy system finally works.

EnergizeOS™ is a commercial-grade EMS for BESS, microgrid, and grid-interconnection. C1–C7 interlock chain. IEEE 1547 compliant. Factory pre-configured and FAT-tested. Ships ready to commission.

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Deployed with
PepsiCo SDG&E Territory Black & Veatch Rule 21 Accepted
// Live System
PV Inverter
Revenue Meter
Utility Grid
Diesel Gen
↓ Modbus TCP / RS485 / DO·DI ↓
EnergizeOS™ ECP Panel
Strategy Engine · Control Core · Interlock · Audit Log
↓ Closed-loop feedback ↓
BESS / PCS
PCC Breaker 52a/52b
C1
Grid Stable
C2
Zero Export
C3
BESS Idle
C4
Authorized
C5
Phase Sync
C6
52b Open
C7
Admin Role
4 conditions pending. Close blocked.
<2s
Grid/Island
Transition
IEEE 1547 §6.5.1 · relay <160 ms
C1–C7
Interlock
Conditions
All 7 required simultaneously
15
Strategy
Modules
OTA-activated, version-locked
48%
Max Diesel
Reduction
PV penetration >60%, DG coordination
Zero
Cloud
Dependency
Full offline strategy execution
The Problem

Why EMS deployments fail.

Not edge cases. The reasons projects go over budget, fail utility inspection, or get called back on site.

01
Blind breaker closes
Most EMS platforms issue a close command and assume execution. No 52a/52b feedback loop, no sync-check, no phase-angle verification. Failure appears only in relay event reports — after the event.
"We had an auto-reclose that took the feeder down. The EMS had no record of it."
02
No audit trail for utilities
Utilities require complete event logs — every trip, close, and mode change with source attribution and timestamps. Project-specific scripts don't satisfy SDG&E, SCE, or CPUC Rule 21 requirements.
"The interconnection engineer asked for 6 months of logs. We had a partial CSV."
03
Every project re-engineered
Custom EMS logic for Site A doesn't transfer to Site B. Different hardware, different utility — the engineering cycle restarts. No standard. No repeatable delivery. No product.
"We quoted 3 weeks for commissioning. It took 11 weeks and two extra site visits."
Strategy Engine

15 modules.
Activate what you need.

Core — included
Advanced — add-on
01
TOU Arbitrage
Core
02
Demand Charge Management
Core
03
PV Self-Consumption
Core
04
Grid-Tie / Island Transition
Core
05
Anti-Islanding Protection
Core
06
SOC Floor Enforcement
Core
07
Battery Balancing Control
Core
08
Anti-Backfeed Protection
Core
09
Overload Protection
Core
10
Emergency Shutdown (ESD)
Core
11
Diesel Generator Coordination
Advanced
12
Load Following Dispatch
Advanced
13
AI Power Optimization
Advanced
14
Remote Override / VPP API
Advanced
15
Flexible Strategy Triggering
Advanced

Core modules included with all license tiers. Advanced modules available as SaaS add-ons per site per module.

C1–C7 Interlock Chain

No blind closes.
Every single time.

All PCC breaker close operations require all seven conditions simultaneously — enforced in hardware and software. Cannot be bypassed.

C1
Grid Stable ≥ 60 s
V 210–260 V; f 59.5–60.5 Hz sustained ≥ 60 s
← Anti-islanding relay / revenue meter
C2
Zero Export Verified
Active power < ±50 W; no reverse injection
← Revenue-grade meter (Modbus TCP)
C3
BESS Idle or Charging
PCS state = Idle or Charging; no active discharge
← PCS status register
C4
Close Authorized
Administrator confirmed; role and session verified
← UI role module
C5
Phase Sync Completed
Phase angle ≤ 5°; sync-check relay confirmed
← Sync-check relay DI (hardwired)
C6
Breaker Currently Open
52b auxiliary contact = OPEN confirmed via DI
← Breaker 52b DI (hardwired)
C7
Admin Role Verified
Active session = Administrator; operator rejected
← Session / permission module
4 conditions not satisfied. Close command blocked.
Protection stays with the relay.
EnergizeOS™ does not absorb protection engineering responsibility. Relay settings, coordination studies, and fault-current analysis stay with the site protection engineer. The EMS holds close authorization only.
Triple-redundant trip. Hardware primary.
Path 1: EMS DO → trip coil. Path 2: UVT (hardware, fires on UPS collapse — no software involved). Path 3: Manual field button (hardwired, always available). All three paths are independent with no common failure mode.
SOC hysteresis prevents oscillation.
±2% deadband on all SOC thresholds prevents charge/discharge hunting — a common root cause of PCS contactor failure in production deployments. Without hysteresis, a BESS at the SOC floor toggles state at the control loop frequency.
Comm loss → safe frozen state.
Modbus timeout to any critical device ≥ 5 s → setpoints frozen, C1 invalidated, P1 alarm raised. The system never closes on stale or absent measurement data. Never.
Proven in the Field

Real projects.
Real utility acceptance.

Live systems running EnergizeOS™ today — numbers from operational data.

Rule 21 Accepted · SDG&E
🇺🇸
PepsiCo EV Depot — San Diego, California
SDG&E TERRITORY · 1 MW / 2 MWh BESS · 56 EV CHARGERS · BLACK & VEATCH EPC
28–35%
Energy bill reduction
0
Delivery interruptions
<150ms
Island transition
"Our trucks can't wait for the grid. EnergizeOS™ gave us control, savings, and resilience — without adding a generator." — Site Energy Manager, PepsiCo North America
🇺🇸
Nevada Copper Mine — Off-Grid Microgrid
ISLANDED · PV + BESS + DUAL DG COORDINATION
–31.9%
Monthly diesel
$16.1K
Saved per month
+29.4%
Gen efficiency kWh/L
🏝
Caribbean Off-Grid Microgrid
OFF-GRID · PV + BESS + DIESEL (>60% PV penetration)
48%
Max diesel reduction
–40%
Generator runtime
🇪🇸
Madrid EV Fast-Charging Station
GRID-TIED · DEMAND CHARGE MANAGEMENT
$130K+
Annual penalties avoided
22%
Cost reduction
🇺🇸
Florida EV Network — 6 Sites
MULTI-SITE · CENTRAL OTA FLEET MANAGEMENT
<1h
Fleet-wide strategy update
Compliance Architecture

Built to interconnection
standards.

Designed against US and EU grid interconnection requirements. Utility-accepted documentation packages available.

✓
IEEE 1547-2018
DER Interconnection · US Federal
✓
UL 1741 SB
Smart Inverter · Rule 21
✓
CPUC Rule 21
California Interconnection
✓
IEC 62898
Microgrid Architecture
✓
EN 50549-1/2
Anti-Islanding · EU
✓
G98 / G99
DNO Connection · UK
✓
UL 508A
Industrial Control Panels
✓
NFPA 70E / 855
Arc Flash · ESS Fire Safety
✓
IEEE 519-2022
Harmonic Limits at PCC
✓
NEC 706 / 690 / 705
ESS · PV · Interconnection
✓
IEC 62443
Industrial Cybersecurity
✓
ISA-18.2
Alarm Management

IEEE 1547 / UL 1741 SB site compliance requires utility interconnection study, relay settings by licensed PE, and utility acceptance — these are site engineer and utility responsibilities. EnergizeOS™ provides the control architecture and documentation framework.

Hardware

Choose your control panel.

One-time hardware purchase. Factory pre-configured and FAT-tested. All models include 1-year software license.

ECP Lite
Lite Panel
Indoor C&I control rooms, labs, and pilot projects. Compact wall-mount.
Enclosure300 × 400 × 150 mm
DO / DI4 × DO · 6 × DI
Ethernet2 × Industrial
RS4851 × Channel
UPSBuilt-in · 7 Ah optional
CoolingPassive / Indoor
Starting from
$8,000 + subscription
Request Quote →
ECP Pro · Most Specified
Pro Panel
Outdoor, industrial sites, battery containers. Full I/O for complex DER systems.
Enclosure800 × 600 × 250 mm
DO / DI8 × DO · 10 × DI
Ethernet4 × Industrial
RS4852 × Channels
UPSDual battery + UVT output
CoolingActive fan + temp/humidity sensor
Starting from
$15,000 + subscription
Request Quote →
OEM Embedded
OEM Module
Embedded into OEM BESS panels. SDK license. Custom integration agreement.
EnclosurePer OEM spec
I/OExpandable board
ProtocolsModbus TCP / CAN / USB
LicenseOEM SDK Agreement
VolumePrice tiers available
Volume pricing available
Custom per agreement
Contact OEM Team →
Get Started

Your next project
ships faster.

Factory pre-configured. First strategy active in under a day. Remote commissioning included as standard.

STEP 01
Talk to an engineer
Free technical consultation
STEP 02
Select model + strategies
Receive BOM and quotation
STEP 03
Activate and deploy
Pre-configured, OTA strategy push
Read Full Technical Spec info@energizeos.com

Response from a licensed application engineer within 1 business day. No commitment required.