Service Practice Areas

See below for additional details on how we can help you succeed

ADMS & SCADA Implementation – Deliver full lifecycle support for Advanced Distribution Management Systems (ADMS) and SCADA platforms, including requirements gathering, system design, configuration, and commissioning.

Outage & Distribution Network Modeling – Develop and validate high-fidelity models for OMS and distribution network operations, including substation single lines, feeder topology, and load flow analysis.
Distribution Automation Enablement – Design and deploy automation schemes for FLISR (Fault Location, Isolation & Service Restoration) and IVVC (Integrated Volt/VAR Control) to improve reliability and efficiency.
SCADA & Device Integration – Configure RTUs, PLCs, and front-end processors to integrate field devices with SCADA/OT systems, ensuring secure, real-time control and visibility.
System Integration & Operational Alignment – Seamlessly integrate ADMS with EMS, OMS, AMI, CIS, and other core platforms while aligning business processes and operational workflows.
Application & User Interface Configuration – Tailor application functionality and UI/UX to meet specific utility operational requirements and support change management.
Infrastructure & DevOps Readiness – Support IT infrastructure deployment, implement CI/CD pipelines, and provide cybersecurity consulting to enable secure, scalable system operation.
Training, Cutover & Hypercare – Deliver role-based training, coordinate cutover/go-live activities, and support post-implementation hypercare to ensure a smooth operational transition.

Interconnection Queue Strategy & Support – Navigate cluster study processes, queue positioning, and reduce withdrawal risks through expert guidance and stakeholder coordination.

Site Selection & Due Diligence – Identify viable properties and perform utility-grade reviews of grid proximity, hosting capacity, and permitting readiness.
Cost & Risk Modeling – Forecast upgrade costs, assess risk factors, and model COD timelines to inform site control, offtake strategy, and investor readiness.
Regulatory Compliance & FERC Study Support – Align with FERC Order 2023 and 1920-A requirements by offering tailored compliance studies and queue optimization.
Workflow Modernization & Digital Enablement – Implement modern tools and processes to streamline interconnection studies, data sharing, and stakeholder collaboration.

Feasibility & Needs Assessment – Evaluate technical and operational readiness for AMI adoption through tailored assessments that align metering capabilities with utility goals.
Vendor & Technology Selection – Support procurement decisions by matching system requirements with optimal metering and communications technologies, including vendor coordination.
Network & Communications Design – Plan and design reliable communications infrastructure to support AMI deployment, including RF mesh, cellular, and hybrid network models.
Data Collection & System Integration – Enable secure, accurate meter data acquisition and seamless integration with enterprise systems such as MDM, CIS, and SCADA.
Implementation & Deployment Support – Oversee AMI rollout phases, coordinate field activities, and provide implementation governance to ensure timely and successful deployment.
Operational Support & Maintenance – Establish monitoring, maintenance, and troubleshooting processes to sustain high AMI system performance and availability.
Compliance & Regulatory Reporting – Ensure AMI systems support audit readiness and align with regulatory reporting requirements, including time-of-use and demand response programs.
Strategic Roadmap Planning – Develop long-term AMI strategies and business cases aligned with enterprise digital transformation and grid modernization initiatives.

DER Modeling & Visibility – Develop accurate DER models to provide situational awareness, enhance load forecasting, and support real-time and planning use cases.
Demand Response Integration – Incorporate demand response programs into DERMS to support peak load reduction, flexibility markets, and grid stability.
Adaptive Generation Limit Management – Implement dynamic control strategies to manage generation export limits and mitigate voltage and thermal violations across the network.
Integration of New DER Asset Types – Expand DERMS capabilities to accommodate evolving asset classes such as solar PV, battery energy storage, electric vehicles, and microgrids.
IEEE 1547 Compliance Support – Ensure DER interconnection and interoperability align with IEEE 1547 standards, including voltage regulation, ride-through, and communications protocols.
IEEE 2030.5 Enablement – Deploy and configure IEEE 2030.5-based solutions to enable secure, standardized DER communications between utilities and customer-owned assets.
IEC 61850 Integration – Leverage IEC 61850 standards for substation and DER integration, enabling harmonized data exchange and control across OT and IT systems.

Staff Augmentation

Leverage our diverse, technical expertise to make immediate impact on your business
Shortcut the time and expense of recruiting, interviewing, hiring, onboarding, and training by bringing in experienced personnel and immediate contribution

Experienced in Predictive (waterfall), Hybrid, or Agile methodologies
Efficiency and Cost Savings: Our streamlined project management processes minimize waste, optimize resource allocation, and ultimately save you time and money.
Risk Mitigation: We identify potential risks early on and implement proactive measures to mitigate them, safeguarding your projects from costly setbacks.
Quality Assurance: With a keen focus on quality assurance, we ensure that deliverables meet the highest standards, enhancing customer satisfaction and bolstering your reputation in the market.