Utilities are investing in digital technologies to manage a more dynamic and distributed grid.
Explore our researchThe Verdantix Digital Grid Technologies module examines vendor capabilities, market trends and emerging technologies across ADMS, DERMS, OMS and other grid operations, planning and automation technologies. It explores how utilities are modernizing power networks, integrating distributed energy resources and improving resilience, reliability and operational efficiency.
Understanding the digital grid technologies market
Grid operations, monitoring and automation technologies.
Distributed energy resource management and grid flexibility solutions.
Grid modernization challenges, vendor innovation and market developments.
What are digital grid technologies?
Advanced distribution management systems (ADMS)
Platforms that combine outage management, SCADA and distribution management capabilities to provide real-time visibility, operational control and network optimization across electricity distribution systems.
Distributed energy resource management systems (DERMS)
Software platforms that monitor, coordinate and optimize distributed energy resources (DERs), including solar PV, battery storage, electric vehicles and demand response assets, helping utilities manage increasingly decentralized power systems.
Grid analytics and planning tools
Solutions that support load forecasting, scenario modelling, network planning and capacity analysis, helping utilities anticipate future demand, assess grid constraints and prioritize infrastructure investment.
Why organizations are investing in digital grid technologies
Growing network complexity, electrification and distributed energy adoption are accelerating investment in digital grid technologies. These platforms help utilities improve reliability, manage grid constraints and operate increasingly dynamic power systems more efficiently.
Improved outage management and reliability
Technologies such as fault detection, isolation and restoration (FDIR), outage management systems and advanced network controls help utilities identify faults faster, reduce outage durations and improve service reliability across increasingly complex electricity networks.
Integration of distributed energy resources
Digital grid technologies enable utilities to monitor, coordinate and optimize distributed energy resources, including solar PV, battery storage, electric vehicles and demand response assets, helping maintain network stability as power systems become more decentralized.
Deferred capital investment and improved asset utilization
Grid analytics, planning and optimization tools help utilities identify capacity constraints, improve utilization of existing infrastructure and delay or reduce the need for costly network expansion projects.
Support for electrification and decarbonization
Advanced grid management and planning capabilities help utilities accommodate growing electricity demand, integrate renewable generation and support decarbonization goals while maintaining system reliability and operational performance.
Operational efficiency and workforce productivity
Automation, digital workflows and integrated operational platforms improve coordination between control room operations, field crews and network planners, helping utilities manage growing operational complexity with constrained resources.
Market trends shaping digital grid investment
Verdantix research highlights five trends shaping investment in digital grid technologies.
Grid planning
Electrification is reshaping grid planning and operations
Rapid growth in electric vehicles, electrified heating and energy-intensive facilities such as data centres is creating new demand patterns across transmission and distribution networks. Utilities are investing in digital planning and operational technologies to improve forecasting, assess capacity constraints and manage increasingly dynamic load profiles.
DERMS investment
DER integration is driving investment in DERMS
The continued growth of solar PV, battery storage, EV charging infrastructure and demand response programmes is accelerating adoption of DERMS platforms. Utilities are seeking greater visibility and control over distributed assets to maintain grid stability and optimize increasingly decentralized power systems.
Convergence
Convergence of ADMS and DERMS capabilities
Vendors are expanding platform capabilities to provide a more integrated view of grid operations and distributed energy resources. As utilities pursue unified operational environments, traditional boundaries between ADMS and DERMS solutions are becoming less distinct.
Capex deferral
Digital solutions are being used to defer infrastructure upgrades
Utilities are increasingly using analytics, flexibility management and network optimization technologies to address congestion and capacity constraints. These capabilities can improve utilization of existing infrastructure and reduce or delay the need for major capital investments.
Commercial & industrial
Growing interest from commercial and industrial firms
Interest in digital grid technologies is extending beyond utilities. Verdantix research shows that 60% of firms plan to invest in microgrid management software, while 82% view grid interactivity as a potential revenue opportunity, reflecting growing demand for technologies that enable greater energy flexibility, resilience and participation in electricity markets.
Market structure & vendor landscape
The digital grid technologies market includes established utility platform providers, distributed energy management specialists, customer and grid-interactive energy platforms, and implementation partners supporting utility transformation programmes. The market can be broadly segmented into four groups:Enterprise grid technology providers
Vendors such as GE Vernova, Hitachi Energy, Oracle, Schneider Electric and Siemens provide broad grid operations and utility software portfolios spanning areas such as ADMS, DERMS, OMS, grid analytics and network operations. These vendors typically serve utilities seeking integrated platforms across multiple grid management functions.
Distributed energy and flexibility management providers
Vendors such as mPrest, Smarter Grid Solutions and EnergyHub focus on distributed energy resource orchestration, flexibility management and grid-edge optimization. Their platforms help utilities manage growing volumes of solar PV, battery storage, EV charging infrastructure and demand response resources while maintaining network stability.
Utility customer and grid-interactive energy platforms
Vendors such as Bidgely, Kraken Technologies, Uplight and Itron help utilities engage customers, manage demand flexibility and support distributed energy participation. These platforms increasingly connect customer engagement, demand response, DER coordination and grid-interactive programmes as utilities seek new sources of flexibility.
Implementation and integration partners
Systems integrators, engineering firms and consulting providers support the deployment, integration and optimization of digital grid technologies. These organizations help utilities modernize legacy environments, connect operational systems and accelerate delivery of grid transformation programmes.
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Key Verdantix research
Full reports and vendor analysis are available via the Verdantix client portal.
Digital grid technologies FAQs
Answers to the questions Verdantix analysts most often hear from utilities and network operators modernising their grid technology.
The stack typically includes SCADA, ADMS, DERMS, outage management systems and grid analytics platforms.
ADMS focuses on core grid operations and network control, while DERMS extends visibility and control to distributed assets. Many utilities deploy both systems, with increasing integration between them.
Many utilities deploy DERMS to manage DER complexity that existing systems cannot fully support.
DERMS can manage solar PV, battery storage, EV charging and demand response assets.
Technologies such as FDIR improve fault detection and restoration speed.
FDIR stands for fault detection, isolation and restoration. It automates outage response to improve reliability.
Digital platforms optimize DER dispatch, manage congestion and improve grid flexibility.
Electrification increases load variability and requires new planning and operational approaches.
Key challenges include DER integration, grid congestion, aging infrastructure and increasing demand.
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