Advanced SCADA
In renewable energy, efficiency and compliance are key for ROI. EdgeTunePower (P) offers a SCADA HMI platform for renewable plants and battery storage, meeting industry standards. Our solution ensures optimal energy production and management with real-time monitoring and automated controls.
Transform Your Power Plants with Our Advanced SCADA & HMI Solution
In the evolving landscape of renewable energy, efficiency, reliability, and compliance with industry standards are critical for maximizing returns on investment. EdgeTunePower (ETP) offers a robust SCADA and HMI platform specifically designed for renewable power plants and battery energy storage systems, adhering to the highest industry standards. Our solution provides real-time monitoring, automated controls, and advanced data visualization to ensure optimal energy production and storage management.
Key Features
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Real-Time Monitoring and Compliance with North American Standards
Monitor energy production, battery charge cycles, and system health with real-time updates while ensuring compliance with industry standards such as NERC Critical Infrastructure Protection (CIP) for cybersecurity and reliability.
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Automated Controls & System Optimization
Control and optimize your plants with event-driven automated controls that maximize efficiency and safety.
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Scalability for Growth
Designed to grow with your operation, our platform supports scalable monitoring and control. Whether managing a small solar farm or a multi-site grid-connected system, our solution adapts easily.
Dynamical Control Systems for Inverter & Converter of DERs and IBRs
ETP specializes in dynamical control systems for inverters and converters of Distributed Energy Resources (DERs) and Inverter-Based Resources (IBRs). Our expertise enables us to assist customers in the selection of the most suitable control systems tailored to their specific needs. Furthermore, we offer pre-field real-time testing to validate the performance and reliability of these systems before deployment. This proactive approach ensures that our customers' systems are optimized for efficiency and stability, mitigating potential issues and enhancing overall grid integration and performance. Partner with ETP for expert guidance and robust testing solutions for your dynamical control systems.
Why Choose Our Solution?
Benefits of Our SCADA & HMI System
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Complete Visibility into the Power Plant Controller (PPC)
Our Advanced SCADA solution provides block diagrams and parameters of the PPC implemented in the plant, facilitating access to PPC models for future studies and adjustments.
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Built-in NERC MOD-25, MOD-26, and MOD-27 Testing
Our SCADA system performs automated NERC MOD tests while ensuring alarms are observed and responded to, enabling remote and efficient testing.
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Maximized Efficiency with Industry Compliance
Ensure your operations are fully compliant with North American standards, including NERC CIP, for streamlined operation.
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Comprehensive Cybersecurity Measures
Built-in cybersecurity features include encryption, multi-factor authentication, and firewall protections to safeguard against cyber threats in compliance with NERC CIP standards.
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Customizable Dashboards
Tailor the interface to specific operational needs using Grafana’s advanced dashboarding tools, allowing real-time monitoring and historical data analysis to inform key decisions.
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Data-Driven Decision Making
Use historical data and real-time analytics to make informed decisions, including event-triggered automation for optimizing energy flow based on grid conditions and demand forecasts.
Protection of DERs and IBRs
Protection of DERs and IBRs is crucial for grid stability. We offer advanced protection schemes and solutions for safeguarding DERs and IBRs, ensuring reliable and secure energy distribution.
Trust us to help you achieve your energy goals with robust protection strategies.
Advanced Technology for North American Compliance and Beyond
Our SCADA and HMI solution is built on powerful, proven technologies that enhance reliability and efficiency. GE Cimplicity and Grafana provide the foundation for real-time control, data visualization, archiving, and compliance with international and North American standards.
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GE Cimplicity
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GE Cimplicity is an industry-leading SCADA/HMI platform designed to meet the operational needs of modern energy systems. With GE Cimplicity, our solution delivers:
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Real-Time Data Acquisition: Collect and process data from solar inverters, batteries, and sensors in real time using a wide range of industrial communication protocols.
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Event-Driven Automation: Instantly respond to system events and alarms using the event-driven architecture of GE Cimplicity, enabling rapid adjustments for optimal performance.
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Advanced Alarm Management: Stay ahead of potential issues with customizable alarm notifications that integrate seamlessly into your operational workflow.
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Time-domain Electromagnetic and Phasor-domain Simulation:
ETP offers Time-domain Electromagnetic and Phasor-domain Simulations to support customers planning to interconnect DERs, develop microgrid systems, or electrify their industries. These advanced simulations provide detailed insights into system behavior, enabling accurate modeling and analysis of complex interactions within power systems. By leveraging our simulation expertise, customers can identify and mitigate potential risks, optimize system performance, and ensure seamless integration. This proactive approach helps derisk projects, ensuring successful implementation and reliable operation of innovative energy solutions.
Integrating Leading Technologies: Grafana
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Customizable Dashboards: Grafana offers tailored, interactive dashboards for real-time and historical data visualization.
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Multi-source Data Integration: Telegraf collects data from various sources, which Grafana displays for centralized monitoring.
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Real-Time Monitoring: InfluxDB enables efficient real-time data updates for improved decision-making.
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Advanced Alerting: Set customizable alerts in Grafana for proactive system management.
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Historical Data Analysis: InfluxDB stores long-term data for detailed analysis, with Grafana visualizing trends.
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Lightweight Data Collection: Telegraf efficiently collects and sends data to InfluxDB, ensuring low-latency monitoring.
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Scalable and Extensible: Grafana, InfluxDB, and Telegraf are open-source and scalable, growing with operational needs.
Real-time Hardware-In-the-Loop (HIL) Testing:
Real-time Hardware-In-the-Loop (HIL) testing is an essential tool for testing complex power distribution systems. By accurately simulating real-world conditions, HIL testing can pinpoint potential issues before they escalate into significant and costly problems. Additionally, HIL testing enables the thorough examination of physical control and protection systems, ensuring they operate correctly under various scenarios. Leveraging our deep expertise in HIL testing, we ensure that your power distribution systems are robust, reliable, and perform at their peak.
Benefits of Our SCADA & HMI System
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Complete Visibility into the Power Plant Controller (PPC)
Our Advanced SCADA solution provides block diagrams and parameters of the PPC implemented in the plant, facilitating access to PPC models for future studies and adjustments.
-
Built-in NERC MOD-25, MOD-26, and MOD-27 Testing
Our SCADA system performs automated NERC MOD tests while ensuring alarms are observed and responded to, enabling remote and efficient testing.
-
Maximized Efficiency with Industry Compliance
Ensure your operations are fully compliant with North American standards, including NERC CIP, for streamlined operation.
-
Comprehensive Cybersecurity Measures
Built-in cybersecurity features include encryption, multi-factor authentication, and firewall protections to safeguard against cyber threats in compliance with NERC CIP standards.
-
Customizable Dashboards
Tailor the interface to specific operational needs using Grafana’s advanced dashboarding tools, allowing real-time monitoring and historical data analysis to inform key decisions.
-
Data-Driven Decision Making
Use historical data and real-time analytics to make informed decisions, including event-triggered automation for optimizing energy flow based on grid conditions and demand forecasts.