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Energy tech for utilities and renewable developers. Optimize production with smart grid management and clean energy platforms.
We don't just fix problems; we transform your entire operational landscape. See how we turn your biggest industry challenges into your strongest competitive advantages.
Aging grid infrastructure unable to handle distributed renewable energy and bi-directional power flows causes instability
Limited grid visibility prevents real-time decision making during outages and demand spikes causing costly disruptions
Manual meter reading and billing processes waste resources, delay detection of theft, and frustrate customers
Renewable energy intermittency creates grid management challenges requiring advanced forecasting and storage coordination
Inefficient asset management for generation, transmission, and distribution equipment leads to unplanned outages costing $150B annually
Lack of customer engagement with energy usage prevents demand response participation and energy efficiency adoption
Smart grid management with SCADA integration, real-time monitoring, automated switching, and outage management reducing downtime by 40%
Advanced metering infrastructure (AMI) with smart meters, automated reading, theft detection, and time-of-use pricing reducing operational costs by 30%
Renewable energy management platforms with forecasting (solar/wind), SCADA integration, energy storage optimization, and grid integration maximizing generation
Energy trading platforms with real-time pricing, automated bidding, portfolio management, and regulatory compliance for wholesale energy markets
EV charging network management with station monitoring, payment processing, load balancing, and driver apps supporting electric mobility
Customer engagement portals with usage analytics, bill comparison, energy efficiency programs, and demand response enrollment increasing participation by 60%
Tailored digital solutions designed specifically for the unique requirements of the Energy & Utilities Technology Solutions sector.

Advanced grid management platforms with SCADA integration, real-time monitoring, automated control, and outage management for transmission and distribution.

Smart metering platforms with automated meter reading, billing integration, theft detection, and customer engagement for utilities.

Comprehensive platforms for solar, wind, and renewable energy with forecasting, SCADA integration, performance monitoring, and grid integration.

Wholesale energy trading platforms with real-time pricing, automated bidding, portfolio management, and regulatory compliance for energy markets.

Electric vehicle charging infrastructure platforms with station management, payment processing, load balancing, and driver apps.

Customer-facing platforms with usage analytics, energy efficiency programs, demand response, and customer self-service portals.
Our comprehensive, results-driven methodology combines deep industry expertise with agile development practices, ensuring seamless project execution from initial discovery through deployment and beyond.
Understand your energy operations (utility, renewable developer, trading firm, EV operator), current systems (SCADA, CIS, OMS, DRMS), infrastructure (grid, generation, charging), and regulatory environment. Define technical requirements for smart grid, AMI, renewable management, or trading platforms.
Deliverables
Design energy platform architecture with SCADA protocols (DNP3, IEC 61850, Modbus), real-time data pipelines, analytics engines, and user interfaces. Plan integration with utility systems (CIS, OMS, GIS), market operators (ISO/RTO), and field devices. Design for reliability (99.99% uptime) and security (NERC CIP).
Deliverables
Build energy platform with SCADA integration, real-time monitoring, automated control, and analytics. Integrate with utility systems (CIS, OMS, GIS), market data feeds, weather APIs, and smart meters. Develop forecasting models (renewable generation, load, pricing). Implement security controls (NERC CIP, encryption).
Deliverables
Deploy energy platform with grid operators, control center staff, and field crews training. Monitor critical metrics (SAIDI, SAIFI, generation, revenue). Continuously improve forecasting models with operational data. Optimize based on grid performance and expand features.
Deliverables
We leverage the most advanced frameworks and platforms to ensure your solution is scalable, secure, and future-proof.
Our solutions are deployed on a distributed global network, ensuring low latency and high availability for your users, no matter where they are in the world.
Everything you need to know about our energy & utilities technology solutions solutions and how we drive digital excellence.
Smart grid management systems typically take 12-18 months to implement for a comprehensive solution including SCADA integration with substations and field devices (4-6 months), real-time monitoring and control (3-4 months), outage management system integration (3-4 months), and predictive analytics development (2-3 months). Pilot projects with 50-100 devices can launch in 8-10 months. Implementation time varies based on utility size, legacy system integration complexity, and NERC CIP security requirements.
Yes, we specialize in SCADA and utility system integration including DNP3, IEC 61850, Modbus, and proprietary protocols for RTUs and IEDs. We integrate with major utility CIS systems (Oracle CC&B, SAP IS-U, Harris CIS, Cayenta), outage management systems (OMS), geographic information systems (GIS), and distribution management systems (DMS). Our platforms bridge operational technology (OT) and IT ensuring seamless data flow while maintaining NERC CIP security compliance.
Renewable energy management platforms vary based on asset size and features. Basic platforms for 50-100MW with SCADA monitoring, performance analytics, and reporting cost $150K-$250K. Comprehensive solutions with AI-powered forecasting, energy storage optimization, grid integration, and asset management for 500MW+ cost $400K-$700K. Enterprise platforms for multi-GW portfolios with trading integration cost $1M-$2M+. ROI typically achieved within 18-30 months through increased generation and reduced O&M costs.
Yes, we design energy platforms with NERC CIP compliance for critical infrastructure protection. Our solutions implement CIP requirements including access control (CIP-005, CIP-007), security monitoring (CIP-007), incident response (CIP-008), recovery planning (CIP-009), and supply chain security (CIP-013). We use defense-in-depth architecture with DMZs, encryption, multi-factor authentication, audit logging, and continuous monitoring. Our platforms undergo security assessments and penetration testing ensuring compliance.
Yes, we build AI-powered forecasting models for renewable energy using machine learning (TensorFlow, PyTorch) trained on historical generation data, weather forecasts (temperature, irradiance, wind speed, cloud cover), and site characteristics. Our solar forecasting achieves 90-95% accuracy (24-hour ahead) and wind forecasting 85-90% accuracy. Models support intraday, day-ahead, and week-ahead horizons. Forecasts integrate with energy trading, grid operations, and storage optimization.
Typical smart grid ROI includes: 40-50% reduction in outage duration (SAIDI) saving $3M-$10M annually for mid-sized utilities, 30-35% reduction in operational costs with AMI and automation, 15-25% increase in renewable generation with forecasting and optimization, $2M-$5M annual savings in demand charges with load balancing (EV/storage), 20-30% reduction in O&M costs with predictive analytics. Most utilities and energy companies achieve positive ROI within 2-4 years.
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