RENIOS Integration

6B supports distribution network operators (DNOs), microgrid operators, renewable asset owners, energy service companies, and flexibility providers in integrating RENIOS with operational systems, analytics platforms, IoT environments, and enterprise applications. Using APIs, event-driven messaging, optimisation pipelines, DER communication protocols, and cloud-native architectures, we enable reliable, high-performance data flows between RENIOS and your internal systems. From discovery and planning through to deployment and long-term optimisation, we deliver integrations that strengthen grid intelligence and operational efficiency.

Understanding RENIOS

RENIOS is a modern grid optimisation and simulation platform designed to support real-time control, operational planning, and DER integration across distribution networks and microgrids. It provides capabilities such as load flow analysis, voltage and frequency optimisation, DER coordination, flexibility management, scenario simulation, and asset performance forecasting.

Built for interoperability, RENIOS exposes modern REST APIs, event streams, secure data pipelines, and connectors for DER protocols and IoT communication standards. It integrates with ADMS platforms, DERMS, inverter and controller systems, forecasting tools, SCADA and AMI networks, digital twins, and enterprise data lakes. RENIOS enables operators to analyse network conditions in real time, model grid scenarios, optimise dispatchable DER resources, and support strategic planning for decarbonisation and electrification.

Our RENIOS Integration Process

We begin your integration project with a detailed discovery phase to understand your operational demands, network topology, DER portfolio, data availability, and regulatory requirements. Whether your goal is real-time optimisation, DER dispatch, load flow visibility, scenario simulation, or automated flexibility management, we map your objectives to RENIOS’s integration points and data structures.

Our architects design a secure, scalable integration architecture using APIs, microservices, event-driven workflows, DER communication protocols, or ETL pipelines depending on your performance and reliability needs. We also consider non-functional requirements such as latency, resilience, auditability, cybersecurity, and grid operation continuity.

During development, we use our library of reusable integration components — API connectors, CIM mapping templates, DER protocol adapters, validation engines, and monitoring dashboards — to accelerate delivery. We conduct rigorous functional, performance, failover, and security testing to ensure your RENIOS integration operates reliably in production grid environments.

Once validated, we coordinate deployment with operational and control teams to ensure safe implementation. Following go-live, we provide continuous monitoring, optimisation, updates, and long-term support to ensure your integration evolves with RENIOS platform updates, DER expansion, and changing operational priorities.

Benefits of RENIOS Integration

Integrating your systems with RENIOS enhances operational visibility, boosts network efficiency, and enables smarter coordination of distributed energy resources. Real-time optimisation improves voltage stability, reduces network losses, and supports dynamic management of DERs such as solar, storage, EV chargers, and flexible loads.

Automation reduces manual interventions, improves the accuracy of simulations and forecasts, and strengthens operational planning. RENIOS integration also unlocks advanced analytics and digital twin capabilities, helping operators identify constraints, forecast capacity, and enhance investment planning.

For customers and communities, RENIOS integration supports greater grid reliability, improved power quality, and increased utilisation of renewable energy. For operators, it enables smarter grid management, reduced operating costs, and alignment with net-zero and decarbonisation goals.