6B supports distribution network operators (DNOs), municipal utilities, DER aggregators, and multi-utility providers in integrating EcoStruxure ADMS with real-time data sources, control room systems, enterprise IT, and forecasting engines. Using APIs, IEC protocols, CIM-based models, event-driven messaging, and high-performance data pipelines, we enable safe, reliable data exchange between ADMS and your operational ecosystem. From discovery through to deployment and ongoing optimisation, we deliver integrations that strengthen grid performance and operational readiness.
Understanding Schneider Electric EcoStruxure ADMS
EcoStruxure ADMS (Advanced Distribution Management System) is a unified platform that brings together SCADA, DMS, OMS, and advanced network applications to support real-time control, outage management, fault location, optimisation, and DER coordination. It provides operators with a complete, situationally aware view of the distribution network, supporting faster decision-making and improved network reliability.
EcoStruxure ADMS supports modern integration patterns through REST APIs, IEC 60870/61850 protocols, CIM-based data interoperability, event streams, and secure data ingestion pipelines. It integrates with AMI networks, GIS platforms, DERMS, forecasting tools, digital twins, regulatory reporting tools, and enterprise IT systems. Its modular architecture enables utilities to break down silos, automate workflows, and enhance operational intelligence across grid teams.
Our EcoStruxure ADMS Integration Process
We begin with a structured discovery phase to understand your grid model, operational workflows, data quality standards, and compliance obligations. Whether your goals involve real-time telemetry integration, DER coordination, outage response enhancement, asset optimisation, or OT–IT data synchronisation, we map your requirements to the relevant ADMS interfaces, models, and protocols.
Our architects then produce a secure, resilient integration design using APIs, IEC 61850/60870 protocols, CIM-based mapping, microservices, event-driven architectures, or ETL pipelines depending on your performance and reliability needs. We ensure alignment with cybersecurity frameworks, network safety requirements, and operational continuity expectations.
During development, we leverage reusable assets — protocol adapters, CIM mapping templates, validation layers, event processors, and monitoring dashboards — to accelerate delivery and reduce risk. We conduct extensive testing across functional scenarios, performance under load, failover behaviour, cybersecurity resilience, and operational safety to ensure integration stability.
Once validated, we coordinate deployment with operational teams to ensure uninterrupted grid management. After go-live, we provide ongoing monitoring, optimisation, and support to maintain performance as operational needs evolve and EcoStruxure ADMS introduces new capabilities.
Benefits of EcoStruxure ADMS Integration
Integrating your systems with EcoStruxure ADMS enhances grid reliability, reduces operational risk, and improves situational awareness. Real-time data synchronisation supports faster fault detection, improved outage response, and better voltage and load management. Integration with DER platforms strengthens flexibility operations, helping operators manage variability and maintain network stability.
Automation reduces reliance on manual processes and improves data accuracy across SCADA, AMI, GIS, and enterprise systems. Access to unified, high-quality operational data supports advanced analytics, predictive maintenance, digital twin modelling, and long-term strategic planning.
Customers benefit from improved reliability, fewer outages, and clearer communication during network events. For utilities, integration supports modernisation programmes, smart grid initiatives, and evolving regulatory expectations.
Why Choose 6B for Schneider Electric EcoStruxure ADMS Integration?
Extensive experience integrating SCADA, DMS, OMS, DERMS, and smart grid systems across distribution and multi-utility environments.
Proven capability using EcoStruxure ADMS APIs, IEC 60870/61850 protocols, CIM-based models, microservices, and real-time data pipelines.
Reusable integration accelerators — protocol adapters, mapping templates, validation tools, and monitoring components — for efficient and robust delivery.
Strong cybersecurity focus including encryption, secure gateways, network segmentation, access controls, and alignment with ISO 27001 and OT security frameworks.
End-to-end delivery covering architecture, development, testing, deployment, optimisation, and long-term operational support for mission-critical environments.
Schneider Electric EcoStruxure ADMS Integration FAQs
What systems can be integrated with EcoStruxure ADMS?
What systems can be integrated with EcoStruxure ADMS?
EcoStruxure ADMS can integrate with SCADA systems, GIS platforms, AMI networks, DERMS, outage management tools, forecasting engines, digital twins, enterprise IT systems, data lakes, and regulatory reporting platforms.
Does EcoStruxure ADMS support real-time or near real-time data exchange?
Does EcoStruxure ADMS support real-time or near real-time data exchange?
Yes. EcoStruxure ADMS supports real-time integrations using IEC 60870/61850 protocols, streaming interfaces, event-driven workflows, and REST APIs to provide up-to-date grid visibility and control.
How long does an ADMS integration project typically take?
How long does an ADMS integration project typically take?
Timelines depend on scope, system complexity, and OT–IT constraints. Targeted integrations may take 12–20 weeks, while enterprise-scale, multi-module integrations can span several months. Precise timelines are established during discovery.
Can EcoStruxure ADMS integrate with DER platforms and aggregators?
Can EcoStruxure ADMS integrate with DER platforms and aggregators?
Absolutely. EcoStruxure ADMS is designed to coordinate distributed energy resources and can integrate with DERMS, VPP aggregators, smart inverters, and renewable generation systems to support flexibility and stability.
How do you ensure cybersecurity and operational safety when integrating with ADMS?
How do you ensure cybersecurity and operational safety when integrating with ADMS?
We implement encrypted communication, secure gateways, identity and access controls, audit logging, network segmentation, and alignment with ISO 27001 and utility cybersecurity frameworks. Operational safety and control system integrity are top priorities.
Does EcoStruxure ADMS support CIM (Common Information Model) interoperability?
Does EcoStruxure ADMS support CIM (Common Information Model) interoperability?
Yes. The platform supports CIM-based integrations, and we can build and manage the required mappings, validation layers, and transformation workflows to ensure consistent, interoperable data exchange.
Can EcoStruxure ADMS be integrated with cloud analytics or enterprise data platforms?
Can EcoStruxure ADMS be integrated with cloud analytics or enterprise data platforms?
Yes. EcoStruxure ADMS supports integration with cloud analytics, data lakes, forecasting engines, and microservices architectures to enable advanced grid insights, digital twins, and predictive maintenance.
Do you provide ongoing support after EcoStruxure ADMS integration is live?
Do you provide ongoing support after EcoStruxure ADMS integration is live?
Yes. We offer long-term monitoring, optimisation, updates, incident response, and lifecycle enhancements to ensure the integration remains stable, secure, and aligned with evolving grid operations and system upgrades.
Estimate the Cost of Your Schneider Electric EcoStruxure ADMS Integration Project
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Want to speak to someone today? Call 6B on 0113 350 1290.
Readiness Checklist for Schneider Electric EcoStruxure ADMS Integration
- Identify the operational workflows and data types your integration must support (e.g. telemetry, fault data, network models, DER information).
- Confirm your data governance and security requirements, including regulatory compliance and OT cybersecurity posture.
- Define which ADMS modules, APIs, CIM interfaces, or IEC protocols your integration will rely on.
- Establish the required data exchange model — real-time, event-driven, scheduled synchronisation, or hybrid.
- Prepare a system map showing upstream and downstream platforms and expected OT–IT data flows.
- Assess non-functional needs such as latency targets, redundancy, failover behaviour, auditability, and network safety considerations.
Speak To Our Schneider Electric EcoStruxure ADMS Integration Experts
Whether you're developing a new digital energy product or extending an existing solution with Schneider Electric EcoStruxure ADMS integration, 6B brings the technical expertise, energy and utilities insight, and experience needed to accelerate delivery.
