The energy and utilities sector is undergoing a transformation that is equal parts urgent and complex. Grid modernization, renewable energy integration, evolving regulatory mandates, and rising customer expectations are converging at a pace that most utility IT departments were never resourced to handle.
At the same time, the industry's operational foundation remains stubbornly analog in many areas. Asset management, compliance tracking, field service coordination, and customer service workflows still rely heavily on manual processes, legacy applications, and disconnected data systems. According to Accenture, 74% of energy and utility companies are now embracing technology tools to enhance their operations, but the path from legacy processes to modern digital operations requires more than just technology adoption. It requires a platform approach.
Low-code platforms are emerging as a critical enabler for utilities because they allow IT teams to modernize operational workflows rapidly, connect legacy infrastructure systems to modern digital processes, and empower field teams and operations staff to participate in building the solutions they use every day.
Why utilities face a unique automation challenge
Utilities operate at the intersection of physical infrastructure and digital operations, and this creates automation challenges that are distinct from other industries.
The infrastructure is old but mission-critical. Power generation equipment, transmission lines, distribution networks, and customer metering systems were built over decades. These assets cannot be taken offline for modernization without affecting service reliability. Any automation platform must work around existing infrastructure rather than requiring replacement.
The workforce is thinning. The energy sector is experiencing a shortage of experienced workers, with 56% of the workforce having less than a decade of service. As veteran workers retire, institutional knowledge leaves with them. Automation and digital workflows are essential for capturing and codifying operational processes that previously existed only in the experience of long-tenured employees.
Regulatory complexity is increasing. Utilities face environmental regulations, safety mandates, rate case requirements, renewable energy portfolio standards, and cybersecurity compliance obligations. Each regulatory domain generates its own reporting, documentation, and audit requirements that must be managed systematically.
The energy transition demands agility. Renewable energy sources are projected to account for 50% of the electricity market in 2025. Integrating distributed energy resources, managing bidirectional power flows, and adapting to new rate structures and market mechanisms require operational agility that legacy systems were never designed to provide.
Core use cases for low-code in utilities operations
Asset management and maintenance workflows. Utilities manage vast networks of physical assets including power plants, substations, transformers, pipelines, meters, and distribution equipment. Low-code platforms enable teams to build asset tracking applications, preventive maintenance scheduling workflows, and inspection management systems that connect field operations to back-office systems in real time.
Compliance and regulatory reporting. Environmental compliance, safety audits, rate filings, and renewable energy credit tracking all require structured data collection, approval workflows, and documentation management. Low-code platforms allow compliance teams to build reporting workflows that pull data from operational systems, route reports through review and approval chains, and generate audit-ready documentation automatically.
Customer service and field operations. Service requests, outage reports, meter installation scheduling, and field crew dispatching can be digitized and automated on low-code platforms. Mobile-friendly interfaces enable field workers to access work orders, update job status, capture photos and data, and trigger follow-up workflows from the field.
Grid management and distributed energy resource coordination. As the grid becomes more distributed with rooftop solar, battery storage, and electric vehicle charging, utilities need workflow systems that can manage interconnection applications, distributed generation agreements, net metering calculations, and demand response program enrollments.
Connecting legacy infrastructure to modern digital workflows
One of the most valuable capabilities of low-code platforms for utilities is their ability to serve as a bridge between legacy operational technology and modern digital processes.
Most utility operational systems, including SCADA, OMS, GIS, and asset management platforms, were designed for specific operational functions. They were not built to support the cross-functional workflows that modern utility operations require. Low-code platforms connect to these systems through APIs, database connections, and middleware integrations, creating a unified workflow layer that coordinates actions across the entire operational stack.
Electric power utilities are responding to the dynamic landscape with record capital expenditures, which reached an estimated $174 billion by the end of 2024, with 42% allocated to transmission and distribution systems. This level of investment demands efficient project management, procurement, and compliance workflows that low-code platforms can deliver.
Empowering the utility workforce with citizen development
The workforce challenge in utilities is not just about hiring more people. It is about enabling the people you have to work more effectively. Citizen development, where non-technical staff build applications and workflows using low-code tools, is particularly valuable in utilities because operational knowledge is distributed across field crews, plant operators, compliance officers, and customer service teams.
Accenture research suggests that 38% of working hours in utilities can be either automated or augmented through digital tools, delivering a potential 25% productivity uplift. Low-code platforms capture this potential by allowing operations staff to digitize their own processes, building inspection checklists, maintenance request forms, compliance reporting tools, and safety incident tracking applications, without waiting for IT development resources.
The key to making citizen development work in utilities is governance. IT must maintain control over system integrations, data security, and platform administration. The low-code platform provides the guardrails, restricting what data citizens developers can access, which systems they can connect to, and how their applications are deployed into production. Within those guardrails, operational teams have the freedom to build what they need.
How can utilities automate operations without disrupting critical infrastructure?
This is the fundamental question for energy and utilities IT heads, and the answer lies in the architectural approach. Low-code platforms sit alongside existing operational technology rather than replacing it. They create a workflow and application layer that connects to SCADA, OMS, ERP, and GIS systems through secure integrations, enabling new digital processes to run on top of the existing infrastructure.
This means a utility can digitize its maintenance scheduling process without modifying the asset management system, build a customer-facing outage reporting portal without changing the outage management system, and automate compliance reporting without altering the data collection processes in operational systems. The low-code platform orchestrates the workflows, user interfaces, and cross-system coordination while the operational systems continue to function as they always have.
The global utility services market is projected to expand from $1.65 billion in 2024 to $3.84 billion by 2033, reflecting a compound annual growth rate of 9.8%. This growth demands digital operational platforms that can keep pace with expanding service requirements while preserving the reliability that utility customers depend on.
How Kissflow brings operational agility to energy and utility companies
Kissflow gives energy and utility IT leaders a low-code platform built for operational complexity. Instead of requiring utility companies to choose between modernization and stability, Kissflow provides a workflow layer that connects to existing operational systems, including SCADA, ERP, GIS, and customer information systems, through secure APIs and integration connectors.
The platform is particularly well suited for utilities because of its emphasis on governed citizen development. Field operations teams can build maintenance request workflows and inspection checklists. Compliance officers can design regulatory reporting processes. Customer service teams can create service request portals. All within an IT-governed environment that controls data access, system connections, and deployment policies.
Kissflow's workflow engine handles the routing, approvals, SLA tracking, escalation logic, and audit logging that utility operations require. Whether the workflow involves a routine maintenance request, a complex interconnection application, or a multi-department compliance reporting chain, Kissflow provides the structure and visibility that keeps utility operations running reliably while enabling the agility that the energy transition demands.
Frequently asked questions
1. How do low-code platforms integrate with utility operational technology like SCADA and OMS?
Low-code platforms integrate with utility operational technology through secure API connections, database connectors, and in some cases, middleware bridges that translate between OT protocols and modern web APIs. The integration is typically read-focused for operational data, pulling asset status, meter readings, and outage information into business workflows while maintaining the integrity and security of the OT environment.
2. What cybersecurity considerations apply to low-code automation in critical infrastructure?
Utilities deploying low-code automation must ensure the platform supports network segmentation between IT and OT environments, encryption for data in transit and at rest, role-based access controls with multi-factor authentication, and compliance with NERC CIP and other sector-specific cybersecurity standards. The low-code platform should operate in the IT domain with secure, controlled connections to OT systems rather than directly accessing operational networks.
3. Can low-code platforms handle the scale of operations at large multi-state or multi-region utilities?
Yes. Cloud-native low-code platforms are designed for enterprise-scale operations and can support thousands of concurrent users, processes, and integrations across multiple regions. For utilities operating across different jurisdictions, the platform can support region-specific regulatory rules, approval hierarchies, and compliance requirements within a unified platform architecture.
4. How do low-code platforms support the growing need for distributed energy resource management?
Low-code platforms support distributed energy resource management by enabling utilities to build interconnection application workflows, distributed generation agreement processes, net metering enrollment and calculation workflows, and demand response program management systems. These workflows can integrate with grid management systems to maintain visibility into distributed assets while managing the business processes that govern their connection to the grid.
5. What is the typical ROI timeline for low-code automation projects in utilities?
Utilities typically see measurable ROI within three to six months of deploying initial low-code workflows, particularly for high-volume operational processes like maintenance requests, compliance reporting, and customer service workflows. The ROI accelerates as additional workflows are added to the platform, since each new workflow leverages existing integrations and infrastructure.
6. How does low-code automation help utilities prepare for increasing electrification and grid complexity?
Low-code platforms help utilities prepare for electrification by providing the operational agility to rapidly deploy new business processes as the grid evolves. Whether it is managing electric vehicle charging program enrollments, processing building electrification incentive applications, or coordinating new transmission interconnection requests, low-code enables utilities to launch and iterate on new operational workflows at the speed that the energy transition demands.
