Active Network Management Market Size Worth USD 1.30 Billion in 2025 and Expected to Reach USD 5.26 Billion by 2035, Growing at a CAGR of 15.0% from 2026 to 2035. Growth in the market can be attributed to the growing integration of renewable energy, growing investment in smart grid infrastructure, growing adoption of cloud-based grid management solutions, and increasing demand for real-time monitoring and analytics. With the utilities transforming their business into digitalization, the need for active network management is increasing rapidly.
The world’s power industry is currently undergoing a radical change since utilities are modernizing their aging electricity networks and incorporating an increasing amount of renewable energy into their grids. With the growing number of distributed energy resources (DERs), electric vehicles, battery storage units, and smart grid systems, there is an ever-growing need for effective intelligent network management systems. Active Network Management (ANM) allows utilities to manage the electricity distribution process in real time and ensure the efficiency and reliability of the grid.
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Key Players
Major companies operating in the global Active Network Management Market include ABB, Siemens, Schneider Electric, General Electric (GE Vernova), Hitachi Energy, Eaton, Oracle, IBM, Itron, Landis+Gyr, Open Systems International, AutoGrid Systems, Enel X, Tesla Energy, Honeywell, Cisco Systems, Mitsubishi Electric, Toshiba Energy Systems & Solutions, S&C Electric Company, DNV, and other grid technology providers.
Strategic Developments & Industry Innovations
- Q2 2025: Schneider Electric acquired a UK-based active network management startup to strengthen its smart grid and real-time grid monitoring capabilities.
- 2025: Siemens expanded its grid-edge software portfolio with enhanced distributed energy resource forecasting and automated voltage control solutions.
- 2025: ABB advanced its substation automation and digital grid monitoring technologies to improve renewable energy integration and grid reliability.
- Utilities are increasingly integrating AI-powered predictive analytics, cloud-based grid management platforms, and real-time monitoring systems to optimize electricity distribution.
- Increasing use of EV smart charging management systems, DERMS, and advanced grid automation solutions is constantly enhancing the digital transformation in power grids.
Top Companies Driving Innovation in the Active Network Management Market
Schneider Electric: Accelerating Intelligent Grid Management
The Schneider Electric Company is one of the best companies in the world when it comes to energy management system and automation. It provides innovative solutions of smart grids, which help in improving the performance of the distribution of electricity. Its eco-struxure solution integrates the use of Internet of Things, artificial intelligence, and cloud technology. The acquisition of an active network management company enhances its strength.
Siemens: Advancing Digital Grid Technologies
Siemens is constantly widening its lead in digital grid solutions through advanced grid edge software, smart substations, and automated voltage control systems. Through Siemens’ innovations, utility companies can incorporate renewable energy sources into the grid without any compromise on efficiency and reliability. The development of AI-driven analysis systems and smart grid automation solutions by Siemens will help utility companies switch to decentralized and low carbon energy grids.
ABB: Enhancing Grid Reliability Through Automation
ABB provides automation solutions for smart grid systems, distribution management, and substation management for utility firms worldwide. By utilizing its digital solutions, it improves its asset management, fault detection, and power flow management capabilities while promoting the use of renewable energy sources. By automation and digital solutions, ABB helps utility firms increase efficiency and resilience of the grid.
Hitachi Energy: Enabling the Future of Smart Power Networks
Hitachi Energy offers Advanced EMS, DERMS, and Grid Automation technologies that ensure real-time management solutions for complex electricity grids. With these advanced technologies, it is possible for utility companies to achieve flexibility of electricity networks, along with efficient integration of renewable energy. Further innovations in digital substations, transmission systems, and smart grid systems add more strength to the leadership position of Hitachi Energy in network management solutions.
General Electric (GE Vernova): Driving Grid Modernization
Management of electricity grids through software solutions by GE Vernova makes it possible for utilities to optimize their grid management, integrate renewable energy sources, and improve the performance of the grid. Further improvements of the company’s smart grid solutions play a crucial part in the process of modernizing electricity grids in the world.
IBM: Bringing Artificial Intelligence to Grid Operations
The combination of artificial intelligence, cloud computing, and predictive analytics aids IBM in enhancing the performance of utility services and in ensuring that the electricity grid is reliable. With the use of their digital technologies, utilities can analyze massive amounts of data, enhance the performance of their grid networks, and improve on asset management techniques. Integration of AI into the energy management system aids in decision-making.
Oracle: Supporting Digital Utility Transformation
Oracle Cloud Utility Management Software solutions can help utility companies keep their businesses in sync with current technology trends and also help them in managing the distribution of electricity. The Oracle Cloud Utility Management solution is helpful for utility companies because they can easily cope with the growing complexities of the energy networks, as well as incorporate renewable energy sources in their networks.
How the Active Network Management Market Is Transforming Modern Power Grids
Active network management is becoming a very important element of the current electricity grid since it allows the utility companies to balance renewable production, control distributed energy sources and optimize the performance of the grid in real-time. Cloud-based software has been used in the majority of the cases because of the scalability and centralization possibilities that the technology provides, while advanced analytics, AI-based prediction, and real-time monitoring are making operations much more efficient for transmission and distribution grids.
With the increasing electricity demands in conjunction with the use of renewables and the electrification of transportation, the utilities will be compelled to use more active network management systems in order to sustain grid stability, enhance operational efficiencies, and achieve a smart grid future.
