Low-Code for Energy and Utilities: Managing Assets, Compliance, and Field Operations

The energy and utilities sector is undergoing a profound transformation driven by the global energy transition, the modernization of aging infrastructure, and increasing regulatory pressure for sustainability and reliability. Utilities and energy companies must manage complex operations spanning power generation, transmission and distribution networks, renewable energy assets, and customer service — all while meeting stringent safety and environmental regulations. Low-code platforms have emerged as a strategic technology for the energy and utilities sector in 2026, enabling organizations to build applications for asset management, regulatory compliance, field operations, and customer engagement with unprecedented speed and flexibility. This article examines how low-code is transforming the energy industry, from grid management to workforce optimization and sustainability reporting.

The Energy and Utilities Technology Landscape in 2026

Global energy and utilities technology spending is projected to reach $385 billion in 2026, according to Gartner's Energy and Utilities IT Spending Forecast. The sector is investing heavily in digitalization to support the energy transition, with spending on smart grid technologies, renewable energy management systems, and customer engagement platforms growing at double-digit rates.

The International Energy Agency World Energy Outlook 2026 highlights the accelerating pace of the energy transition, with renewable energy expected to account for 55 percent of global electricity generation by 2030. This transition creates significant operational complexity as utilities integrate distributed energy resources (DERs) including rooftop solar, battery storage, and electric vehicle charging infrastructure into their grids.

• Energy/utilities tech spending: $385 billion globally in 2026
• Renewable energy share: Projected 55% of global generation by 2030
• Low-code adoption: 41% of energy/utilities organizations use low-code
• Aging infrastructure: Average age of grid infrastructure is 40+ years in many regions
• Key driver: Need for rapid adaptation to energy transition requirements

Low-Code Adoption in Energy and Utilities

Low-code adoption in the energy and utilities sector has grown steadily as organizations seek to modernize their technology capabilities. The Forrester Low-Code in Energy and Utilities Report 2026 finds that 41 percent of energy and utilities organizations have adopted low-code platforms, with adoption rates highest among large investor-owned utilities (58 percent) and renewable energy companies (52 percent). Public utilities and cooperatives have lower adoption rates but are increasingly exploring low-code as a cost-effective digitalization path.

The primary benefits that energy and utilities organizations report from low-code adoption are faster application delivery (72 percent report improvement), reduced IT backlog (58 percent), and improved ability to respond to regulatory changes (55 percent). These benefits are particularly valuable in an industry where regulatory requirements evolve continuously and where the consequences of system failures can be severe.

Asset Management and Maintenance Applications

Effective asset management is critical for energy and utilities organizations, which operate billions of dollars in physical infrastructure including power plants, substations, transmission lines, pipelines, and renewable energy installations. Low-code platforms enable rapid development of comprehensive asset management applications.

Asset Registry and Lifecycle Management

Low-code asset management applications in 2026 provide a centralized registry of all physical assets with detailed attributes including location, specifications, installation date, warranty information, and maintenance history. The asset registry serves as the system of record for asset lifecycle management, tracking assets from procurement and installation through maintenance, upgrades, and eventual decommissioning.

Key capabilities include:

• Asset hierarchy management: Organizational structure reflecting physical and functional relationships between assets
• Condition monitoring: Integration with IoT sensors and SCADA systems for real-time asset condition data
• Maintenance planning: Scheduled preventive maintenance with work order generation and resource assignment
• Predictive maintenance: ML-powered failure prediction based on asset condition data, operating history, and environmental factors
• Asset performance analytics: Dashboards showing asset availability, reliability, and performance metrics
• Regulatory compliance: Automated tracking of inspection schedules, certification renewals, and compliance documentation

Field Service and Workforce Management

Field operations are a significant cost center for energy and utilities organizations. Low-code field service management applications optimize the dispatch and work of field technicians. Applications provide mobile-optimized interfaces for field technicians to access work orders, capture data, and document completion. Dispatchers use optimization algorithms that consider technician skills, location, parts availability, and customer preferences to assign work efficiently.

The US Department of Energy Smart Grid Program has published guidelines for utility digitalization that emphasize the importance of mobile field force automation. Utilities using low-code field service applications report 25-35 percent improvements in field force productivity and 30 percent reductions in average response times for service calls.

Grid Management and DER Integration

The integration of distributed energy resources into the power grid is one of the most complex operational challenges facing utilities in 2026. Low-code platforms enable utilities to build applications that manage DER interconnection, monitoring, and optimization.

DER Management Applications

Low-code DER management applications provide:

• Interconnection management: Application intake, technical review, approval workflow, and commissioning tracking for new DER installations
• DER monitoring: Real-time visibility into DER generation, consumption, and grid export across the service territory
• Grid impact analysis: Modeling of DER impacts on distribution grid voltage, loading, and power quality
• DER dispatch and optimization: Coordination of DER output for grid balancing, peak shaving, and frequency regulation
• Customer DER portal: Self-service portal for DER customers to view production, export, and incentive earnings

Regulatory Compliance and ESG Reporting

Energy and utilities organizations operate in one of the most heavily regulated industries, with complex requirements spanning safety, environmental protection, reliability, and consumer protection. Low-code platforms enable the rapid development of compliance management applications that track regulatory requirements, automate compliance workflows, and generate audit-ready documentation.

Environmental Compliance and Sustainability Reporting

Environmental regulations and sustainability reporting requirements are becoming increasingly stringent. Low-code compliance applications help organizations manage emissions tracking and reporting with automated data collection from monitoring systems and regulatory report generation; environmental permit management for tracking permit conditions, renewals, and compliance demonstrations; waste management for tracking waste generation, handling, and disposal; water management for monitoring water usage, discharge quality, and permit compliance; and sustainability reporting for automated ESG data collection and report generation aligned with frameworks including GRI, SASB, and TCFD.

The US Environmental Protection Agency compliance guidance encourages utilities to implement automated compliance management systems that reduce the risk of reporting errors and permit violations. Low-code platforms enable organizations to build these systems at a fraction of the cost of enterprise compliance platforms while providing the flexibility to adapt to evolving regulatory requirements.

Safety and Incident Management

Worker safety is paramount in energy and utilities operations. Low-code safety management applications provide incident reporting with mobile-optimized forms for capturing safety incidents, near misses, and hazards; safety observation programs with workflow for observations, follow-up, and trend analysis; and safety training management with tracking of training requirements, certifications, and completion.

Customer Engagement and Energy Management

Customer expectations for energy services are evolving, with consumers seeking greater control over their energy usage, more personalized service, and support for their own sustainability goals. Low-code platforms enable utilities to build customer engagement applications that meet these expectations.

Customer Portal Applications

Low-code customer portal applications in 2026 provide usage analytics with detailed energy consumption data and comparisons to similar homes or businesses; outage management with real-time outage notifications, restoration estimates, and status updates; billing and payment with paperless billing and payment plan management; energy efficiency with personalized recommendations based on usage patterns and home characteristics; and rebate and incentive management with automated application processing for energy efficiency and DER programs.

Demand Response and Load Management

Demand response programs help utilities manage peak demand by incentivizing customers to reduce consumption during high-demand periods. Low-code demand response applications manage program enrollment, event notification and customer communication, load reduction tracking and verification, and incentive calculation and payment for participating customers.

Emergency Response and Business Continuity

Energy and utilities organizations must be prepared to respond to natural disasters, grid emergencies, and other disruptions. Low-code platforms enable rapid development of emergency response applications that support incident command and coordination, damage assessment and prioritization, resource tracking and logistics, customer communication and outage updates, and regulatory reporting for emergency events.

Conclusion: Low-Code for Energy and Utilities

Low-code platforms have become a strategic enabler for digital transformation in the energy and utilities sector in 2026. By enabling rapid development of asset management applications, regulatory compliance systems, field operations tools, and customer engagement portals, low-code helps organizations navigate the complexities of the energy transition, maintain aging infrastructure, and meet rising customer and regulatory expectations.

Energy and utilities organizations that invest in low-code capabilities are better positioned to adapt to the rapidly changing energy landscape, comply with evolving regulations, and deliver the reliable, sustainable energy services that their customers and communities depend on. As the energy transition accelerates and the sector faces increasingly complex operational challenges, low-code platforms will play an essential role in enabling organizations to build the technology systems they need to succeed in a decarbonizing world.