EcoStruxure™ Energy Operation (EEO) Power Comprehensive Operation System

Product Overview

EcoStruxure™ Energy Operation (abbreviated as EEO) is a new‑generation intelligent integrated operation platform for critical infrastructure. It features openness, security & reliability, intelligence, modular design, easy deployment, high availability, expandability, local information security compliance and visualization.

It delivers precise power monitoring, embedded with professional algorithms for data visual analysis, intelligent fault diagnosis, accident traceability analysis, equipment health assessment and AI‑assisted decision‑making. It supports diversified application scenarios including integrated medium‑low‑voltage management, strong‑weak‑current convergence, and integrated operation‑maintenance‑management, while complying with local cybersecurity requirements to facilitate enterprise energy digital transformation.

Flexible deployment for different‑scale users: stand‑alone deployment for small‑and‑medium power users; active‑standby redundancy for mission‑critical power users; dual‑redundant cluster deployment for large‑scale complex scenarios, supporting data acquisition, processing and analysis up to 100 K data points.

Core Value: Boost efficiency across full D‑B‑O‑M lifecycle

Centered on four major capabilities: Advanced Design, Easy Construction, Professional Operation and Intelligent Maintenance, the system improves quality and reduces costs throughout the full design‑construction‑operation‑maintenance lifecycle of power projects, enabling faster delivery, risk mitigation and proactive asset maintenance.

✅ Advanced Design | Open, Flexible & Expandable

Addresses pain points of conventional monitoring systems: limited data capacity, high costs for multiple independent systems and isolated data silos.

1. Elastic cluster scaling: Supports centrally‑managed dual‑redundant cluster deployment. It elastically scales system capacity and optimizes workload allocation to maximize server resource utilization, supporting large‑scale data processing up to 100 K points.
2. High‑availability redundant architecture: Implements dual‑network and active‑standby hot‑backup. The standby server takes over services within 3 seconds upon primary‑host failure. Multi‑site cluster centralized management is available via communication ring network with load balancing across sites.
3. Automated visualization toolkit: Supports model‑graph integration, one‑click schematic generation and automatic dynamic coloring, cutting workload of power monitoring system delivery by up to 30%.

✅ Easy Construction | Model‑graph integration for fast delivery

Built on IEC 61970 CIM standard model to accelerate project implementation and shorten lead‑time.

1. Cross‑platform rapid deployment: Supports one‑click installation and deployment across multiple operating systems.
2. Efficient device integration: Natively integrates Schneider Electric digital devices. The southbound interface accommodates abundant third‑party communication protocols for convenient heterogeneous‑device access. The northbound interface provides standardized data and service APIs for upper‑level third‑party platforms.
3. Pre‑configured device template library: Built‑in templates for power distribution rooms, power plants, power supplies, transformers, busbars, switchgears, gateways and other assets, enabling fast graphic configuration and model‑graph integrated delivery.

✅ Professional Operation | Security‑compliant & Refined Management

Guarantees stable power system operation with cybersecurity protection and streamlined daily O&M workflows.

1. Cybersecurity compliance: Complies with IEC 62443‑4‑1 / 4‑2 cybersecurity standards. Three‑tier authentication (operation verification, supervision verification and controllable verification) defends against cyber‑attacks and prevents data leakage or power outages.
2. Efficient fault handling: Single‑line diagrams use color coding to indicate equipment power status for fast fault location and outage‑time reduction. Free infinite zoom enables easy navigation of complex power‑distribution networks. Electronic tag‑on / tag‑off prevents mis‑operation during shift handover.
3. Millisecond‑level alarm traceability: Millisecond‑level event alarms and Sequence‑of‑Events (SOE) records enable timely fault detection. Fault waveform in‑depth analysis supports maintenance strategy formulation.
4. Smart report generator: Reusable templates with multi‑source automatic data collection. Batch‑generated customizable reports minimize manual errors and realize lean management.

✅ Intelligent Maintenance | Intelligent algorithms for precise proactive maintenance

Combines hardware sensors and AI algorithms to assess equipment health, predict risks in advance and prevent electrical fire hazards and equipment failures.

1. Comprehensive circuit‑breaker health assessment: Works with BMM breaker monitoring units, Micrologic advanced control units and other hardware. It evaluates coil and stored‑energy mechanism health for medium‑voltage breakers; analyzes electrical, mechanical, wear and aging conditions of low‑voltage breakers to identify high‑risk assets and guide predictive maintenance.
2. Wireless temperature‑monitoring for fire risk early warning: Adopts battery‑free self‑powered Thermal Tag wireless temperature sensors for flexible installation. It dynamically calculates temperature‑rise thresholds based on load current and ambient temperature, detects abnormal temperature rise to prevent electrical fires and reduces total cost of ownership by 60%.
3. Comprehensive asset health evaluation: Automatically generates asset health reports with six‑dimensional quantitative metrics. Optional on‑site survey consulting delivers in‑depth power‑system assessment and optimization suggestions.
4. AI‑powered O&M assistant: Leverages large‑language‑model technology to retrieve equipment manuals and knowledge base. It infers and troubleshoots faults from user descriptions, performs automated power‑system health checks and generates analysis reports to improve O&M efficiency.

System Architecture

1. Dual‑network & dual‑server hot redundancy: Redundant A/B network with dual‑network‑interface configuration on all servers. Hot‑standby active‑standby servers ensure the standby host takes over within 3 seconds upon primary failure for non‑stop operation.
2. Distributed multi‑machine cluster: Services for data acquisition, configuration, data processing, scheduling, alarms and reporting are decoupled and distributed to balance workload. Multi‑cluster‑site support allows each cluster to deploy its own active‑standby servers for global or site‑specific data management.
3. Cloud‑edge collaborative layered architecture
   • Connected Products Layer: On‑site hardware including medium‑voltage switchgears, low‑voltage switchgears, circuit breakers, smart meters, busbars, UPS and power‑quality conditioning devices.
   • Edge Control Layer: POI station‑control expert unit, intelligent station‑control terminals and EEO power comprehensive operation system for on‑site data acquisition and local control.
   • Apps, Analytics & Services Layer: Interfaces with upper‑level applications such as carbon‑energy platform, electrical digital twin and EMS+ energy‑efficiency management, and exposes external data services.

Target Industries & Typical Application Scenarios

Suitable for small‑and‑medium buildings, large‑scale key buildings, data centers, power‑sensitive industries, power‑intensive industries, power grid & power generation sectors:

1. Data Center: Integrates monitoring for medium‑voltage, low‑voltage, diesel generators, UPS, batteries, power distribution cabinets, HVAC and environment. Ensures 7×24‑hour power supply, supports PUE measurement, power‑quality governance and carbon‑energy tracking.
2. Electronics Manufacturing Plant: Covers medium‑voltage power distribution, low‑voltage power distribution, terminal power distribution and power‑quality management, delivering equipment visualization, asset management, predictive diagnosis and remote O&M.
3. Commercial & Public Buildings: Realizes integrated medium‑and‑low‑voltage power‑distribution monitoring to support smart building energy management.
4. General Critical Infrastructure: Provides smart power‑distribution monitoring, power‑quality management, predictive asset maintenance, energy‑efficiency visualization, energy‑cost and carbon‑emission tracking. Supports integration with enterprise‑level upper‑level smart‑energy and management platforms.

Customer Benefits

1. Reliable power supply: Redundant architecture mitigates outage and failure risks to guarantee continuous operation of critical loads.
2. Unified centralized management: Eliminates data silos. One single platform manages multi‑category power‑distribution assets, standardizes O&M workflows and improves operational efficiency.
3. Proactive risk control: Accelerated fault location, equipment health prediction and early warning of electrical hazards lower operational safety risks.
4. Lifecycle cost & time optimization: Shortens project delivery cycles, shifts maintenance mode from breakdown repair to predictive maintenance and reduces unplanned downtime.
5. Empower digital‑green transition: Tracks energy consumption, PUE and carbon‑emission metrics to support corporate low‑carbon transformation, and enables data interconnection with upper‑level business platforms.

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