Global Distribution Network Management Market Outlook, 2031

Distribution network management covers the software and control systems that utilities use to operate distribution grids in real time and near real time. Core systems include supervisory control and data acquisition, outage management systems, advanced distribution management systems that combine network models, switching, fault location, isolation and service restoration, volt-VAR optimisation and load flow, and distributed energy resource management systems that monitor and dispatch solar, batteries, electric vehicle chargers and flexible loads. Related tools include flexibility platforms, demand response, network model management and grid-edge controls. These systems rely on accurate connectivity models, real-time data from substations, field devices and smart meters, and reliable communications. Volt-VAR optimisation can typically reduce energy use and peak demand by a few percent, and automated restoration can restore many customers within minutes rather than hours. Leading suppliers include Schneider Electric, Siemens, GE Vernova, Hitachi Energy, Oracle, ABB, Itron, Landis+Gyr, Survalent, OSI (Emerson), Minsait, Mitsubishi Electric, Generac, EnergyHub, Uplight and many regional integrators. Integration capability and proven deployments determine competitiveness.

Demand is driven by distributed energy resources, electrification, reliability targets, wildfire and storm risk, and the need to connect new customers faster using flexibility instead of only building new capacity. Between 2024 and 2026, policy and funding supported adoption: the United States Department of Energy announced 2.2 billion dollars for eight grid projects in August 2024, the United Kingdom's Clean Power 2030 Action Plan in December 2024 called for faster connections and flexibility, Ofgem approved connection reform in April 2025, and the European Grids Package of December 2025 added guidance on timely connections to distribution networks. Software consolidation continued, including GridX's acquisition of load forecasting firm Innowatts in September 2025. Through 2031, key variables are DER growth, regulatory frameworks for flexibility and distribution system operator roles, cloud adoption, cybersecurity, data quality and integration costs. Vendors with scalable, interoperable platforms are expected to hold an advantage.

Drivers •Growth of Distributed Energy Resources and Flexibility Needs Rooftop solar, community solar, batteries, electric vehicles and heat pumps are turning distribution networks into active systems with two-way flows and variable loads. Utilities need software to monitor, forecast and coordinate these resources to keep voltages and loading within limits and to use flexibility to defer reinforcement. Regulators increasingly require utilities to integrate DERs and support flexibility markets and aggregators. Dynamic connection agreements rely on real-time control. Demand is strong.

•Reliability, Resilience and Faster Restoration Advanced distribution management systems with fault location, isolation and service restoration can automatically reroute power around faults and restore many customers within minutes, improving reliability metrics and customer satisfaction. Wildfire-prone utilities use network management to set protective settings, manage public safety power shutoffs and restore service safely. Storms and heatwaves increase the value of situational awareness. Regulatory incentives reward reliability improvements. Growth is solid.

Challenges •Complex Integration, Network Model Quality and Long Projects ADMS and DERMS projects require accurate network models built from geographic information systems, integration with outage management, SCADA, meter data, customer systems and field devices, and changes to control room processes. Poor network data and legacy systems lead to long and costly implementations that can take several years. Upgrades and vendor changes are difficult. Skills shortages in control and IT teams add risk. Costs can exceed budgets. Benefits may be delayed.



•Cybersecurity, Interoperability and Regulatory Uncertainty Control systems that dispatch DERs and operate switches are critical infrastructure and attractive cyber targets, requiring strong security and compliance. DERs from many manufacturers use different communication protocols, and interoperability standards are still maturing. Regulatory frameworks for distribution system operator roles, flexibility markets and cost recovery for software vary and are still evolving in many markets. Utilities may hesitate to invest until rules are clear. Uncertainty slows adoption.

Trends •Convergence of ADMS, DERMS and Flexibility Platforms Vendors are integrating ADMS, DERMS, outage management and flexibility market platforms into unified suites, often deployed on the cloud, to give operators a single view of the network and resources. Distribution utilities are moving toward distribution system operator models that procure flexibility from aggregators and customers. Virtual power plants and managed electric vehicle charging programmes are growing. Grid-edge intelligence in meters and inverters allows local control. Platforms are becoming modular. Adoption is rising.

•AI, Forecasting and Cloud-Based Operations Artificial intelligence and machine learning are being used for load and DER forecasting, fault prediction, switching optimisation and anomaly detection. Cloud and software-as-a-service models reduce upfront cost and allow faster updates, especially for smaller utilities. Acquisitions such as GridX's purchase of Innowatts in 2025 show growing integration of forecasting and analytics with utility platforms. Digital twins support planning and operations. Use cases are expanding. Interest is growing.

Advanced distribution management systems lead because they form the operational core for large utilities, while DERMS and flexibility platforms grow fastest as distributed resources expand. Advanced distribution management systems are the largest solution segment because they combine SCADA, network models, fault location, isolation and restoration, volt-VAR optimisation and switching management, and many large utilities have deployed or are upgrading them. Outage management systems are widely used to track outages, manage crews and communicate with customers. SCADA and distribution automation software remain essential for smaller utilities. Distributed energy resource management systems and flexibility platforms are the fastest growing segment because utilities and system operators need to monitor and dispatch solar, batteries, electric vehicles and demand response to manage constraints and connect more customers. Network model and data management tools are growing as data quality becomes critical. Through 2031, DERMS and flexibility platforms are expected to grow fastest.

On-premise deployment leads because control systems have traditionally run in utility data centres, while cloud and hybrid deployment grows fastest for DERMS, analytics and smaller utilities. On-premise deployment is the largest segment because utilities have traditionally run real-time control systems within their own secure data centres to meet reliability and cybersecurity requirements, and regulators have often treated on-premise systems as capital assets. Cloud and hybrid deployment is the fastest growing segment because it lowers upfront costs, speeds updates and scales easily, and it is especially popular for DERMS, analytics, forecasting and smaller utilities. Many utilities adopt hybrid models where core control remains on-premise while analytics and DER coordination run in the cloud. Regulatory changes that allow cloud services to be treated like capital investments support adoption. Through 2031, cloud and hybrid models are expected to gain significant share.

Fault management and restoration lead because they deliver clear reliability benefits, while DER integration and flexibility management grow fastest with electrification. Fault management and restoration is the largest application because automated fault location, isolation and service restoration directly improves reliability metrics and reduces outage costs. Volt-VAR optimisation and conservation voltage reduction save energy and manage voltage from solar. Outage management and crew coordination support storm response. DER integration and flexibility management is the fastest growing application because utilities must coordinate rooftop solar, batteries, electric vehicles and demand response to manage constraints and enable more connections. Load forecasting and network planning support daily operations. Through 2031, DER integration and flexibility management are expected to grow fastest.

Investor-owned utilities lead because they operate large networks and invest in advanced control systems, while municipal and cooperative utilities and DSOs grow through cloud solutions and regulatory change. Investor-owned and large state-owned utilities are the largest end users because they operate complex networks with many customers and have budgets for advanced control systems, and many have deployed ADMS and are adding DERMS. Distribution system operators in Europe are moving toward active network management and flexibility markets under regulatory requirements. Municipal and cooperative utilities are adopting cloud-based SCADA, outage management and DERMS solutions as costs fall. Microgrid operators, campuses and industrial users use network management for private systems. Through 2031, municipal and cooperative utilities and European DSOs are expected to grow fastest.

North America leads distribution network management through ADMS and DERMS deployments at large utilities and federal grid funding, Europe follows with active network management and flexibility markets, and Asia-Pacific grows fastest through large-scale distribution automation. North America is the leading region, with many large utilities operating or upgrading ADMS and adding DERMS to manage rooftop solar, batteries and electric vehicles. California, Hawaii, New York, Massachusetts and Arizona have high DER penetration and regulatory requirements for DER integration, and FERC Order 2222 on DER aggregation in wholesale markets is driving coordination between utilities and system operators. The Department of Energy's August 2024 grid awards of 2.2 billion dollars, together with earlier rounds, support grid modernisation. Wildfire-prone utilities use network management to manage protective settings and public safety power shutoffs. Software consolidation continued with GridX's acquisition of Innowatts in September 2025. By 2031, growth is expected from DERMS, virtual power plants and cloud-based operations.

Europe is a major region where distribution system operators are adopting active network management, flexibility markets and DERMS to manage heat pumps, electric vehicles and solar while avoiding reinforcement. The United Kingdom's distribution network operators run flexibility tenders and have taken on distribution system operator roles, and the Clean Power 2030 Action Plan of December 2024 and Ofgem's connection reform in April 2025 increase the need for flexible connections. Germany, the Netherlands, France, Italy and Spain are investing in network management and smart secondary substations. The European Grids Package of December 2025 includes guidance on faster and more efficient connections. By 2031, growth is expected from flexibility platforms, DERMS and integration with smart meter data.

Asia-Pacific is the fastest growing region. China's grid companies are deploying distribution automation and network management at large scale. Japan and South Korea have highly automated distribution networks and are adding DER management. Australia has some of the highest rooftop solar penetration in the world and its network businesses are implementing DERMS, dynamic operating envelopes and flexible exports. India is deploying SCADA and ADMS in cities under its distribution sector programme, along with smart meters. Southeast Asian utilities are adopting SCADA and outage management as networks expand. By 2031, the region is expected to show the highest growth.

Latin America is a growing region where distribution concessionaires use network management to meet reliability targets, reduce losses and integrate distributed solar. Brazil has rapid growth in distributed generation and its distributors are investing in ADMS and automation. Mexico, Chile and Colombia are deploying SCADA, outage management and automation. Barriers include budgets, communications and regulatory frameworks. By 2031, growth is expected from ADMS, DER integration and loss reduction.

The Middle East and Africa are developing regions. Gulf utilities are deploying advanced distribution management as part of smart grid and smart city programmes and integrating rooftop solar and electric vehicle charging. South Africa's municipalities and national utility are upgrading control systems, and other African utilities are adopting SCADA and outage management with development finance support. Barriers include budgets, communications and skills. By 2031, growth is expected from Gulf smart grid programmes and African utility modernisation.

December 2025 – European Commission publishes the European Grids Package: The package includes recommendations for efficient and timely connections to distribution networks, supporting active network management and flexible connections.

September 2025 – GridX acquires Innowatts: The rate platform provider acquired the load forecasting and grid planning analytics company to combine meter-level forecasting with utility pricing and planning tools.

April 2025 – Ofgem approves grid connection reform: The regulator approved the reformed connection queue in Great Britain, including firmer obligations for distribution network operators to provide technical data.

December 2024 – United Kingdom publishes Clean Power 2030 Action Plan: The plan sets out changes to networks, connections and flexibility needed for a largely clean power system by the end of the decade.

August 2024 – United States announces 2.2 billion dollars for grid projects: The Department of Energy selected eight projects across 18 states under its grid resilience and innovation programme to modernise and strengthen the grid.


Considered in this report
• Historic Year: 2020
• Base Year: 2025
• Estimated Year: 2026
• Forecast Year: 2031

Aspects covered in this report
• Global Distribution Network Management Market with its segments and regional outlook
• Various drivers and challenges
• Ongoing trends and developments
• Key developments and regulatory milestones

By Solution
• •Advanced distribution management systems
• •Outage management systems
• •SCADA and distribution automation software
• •DERMS and flexibility platforms
• •Network model and data management

By Deployment
• •On-premise
• •Cloud
• •Hybrid

By Application
• •Fault management and restoration
• •Volt-VAR optimisation
• •Outage management and crew coordination
• •DER integration and flexibility management
• •Load forecasting and network planning

By End User
• •Investor-owned and state-owned utilities
• •Distribution system operators
• •Municipal and cooperative utilities
• •Microgrid, campus and industrial operators