Energy Sector and Utilities
Energy and utility organizations run mission-critical systems that must remain reliable while continuously evolving. Grid operators, utilities, and energy technology vendors operate across large physical infrastructures, long asset lifecycles, and strict regulatory frameworks.
Modern energy operations depend on software that can handle real-time data from millions of devices, coordinate complex operational workflows, and integrate legacy and modern systems without disrupting service. As grids become more distributed and data-driven, software becomes a core operational layer rather than a supporting tool.
Typical Challenges in Energy and Utilities
Legacy Infrastructure and Slow Modernization
Many energy organizations rely on systems designed for earlier operating models. These platforms were not built for continuous data ingestion, automation, or frequent change, which makes modernization risky and slow.
Disconnected Operational and Customer Data
Data from smart meters, field assets, billing systems, and customer platforms is often spread across separate tools. This fragmentation limits visibility, delays decisions, and increases manual work.
Scale Across Grids, Devices, and Partners
Energy platforms must process large volumes of events from millions of devices while coordinating utilities, vendors, and service providers. Scaling reliably without service disruption is a constant challenge.
Security, Auditability, and Regulatory Pressure
Energy systems operate under strict security and audit requirements. Platforms must protect critical infrastructure data, support traceability, and adapt to regulatory change without compromising reliability.
What We Built for Energy Systems
That ingest, validate, and analyze data from large meter fleets in near real-time
Designed for high-volume transaction processing and integration with national payment infrastructures
Systems that support AI-driven analysis and three-dimensional asset models for field operations
Used for load monitoring, fault detection, and predictive maintenance
That unify usage data, payments, and support workflows into a single experience
That securely connect utilities, service partners, and authorities across shared processes
How We Approach Energy Software
Proven Delivery for Complex Energy Environments
Our teams design and maintain large-scale energy systems that operate continuously across grids, vendors, and regions. Decisions are made with operational reliability and long asset lifecycles in mind.
Security and Compliance by Design
Security, auditability, and data protection are built into system architecture from the start. We work under ISO 27001 and ISO 9001 certified processes to meet regulatory and enterprise requirements.
Architecture First and Long-Term Ownership
We focus on clear system boundaries, data flows, and operational responsibilities before implementation. This enables predictable scaling, easier maintenance, and controlled change over time.
Collaboration with Internal Teams and Partners
We work closely with utility teams, technology vendors, and integrators to align engineering decisions with real operational needs and delivery constraints.
Implementation Approach
Let's ConnectEnergy systems require careful planning, structured implementation, and continuous maintenance. Our delivery methodology is designed to minimize operational risk while supporting long-term system evolution.
We work with energy organizations through every stage of project delivery, from initial architecture to ongoing operations.
01
Assessment & Planning
- Technical requirements analysis
- Architecture and integration planning
- Risk assessment and mitigation strategy
- Delivery roadmap and milestone planning
02
Implementation
- Iterative development and testing
- System integration with existing infrastructure
- Security and compliance validation
- Performance optimization and scaling
03
Operations & Support
Continuous monitoring, maintenance, and enhancement to ensure systems remain reliable and adaptable as operational requirements evolve.
Energy Case Studies
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Enhancing Advanced Metering Operation for Schneider Electric
To unlock the full potential of Advanced Metering Infrastructure (AMI), Schneider Electric sought to scale and enhance its Advanced Metering Operation (AMO) platform—a critical tool in modern energy and utility management. Sotex Solutions partnered with Schneider to accelerate platform development, improve scalability, and support efficient, sustainable utility operations.
Discuss Your Energy Systems with Our Engineers
Whether you are modernizing existing platforms, integrating new data sources, or planning long-term digital transformation, our teams can help assess requirements, architecture, and delivery options.