The PPC (Power Plant Control) and BOP (Balance of Plant) SCADA systems are essential for connecting to the grid and generating revenue for any power generation site. * Can you afford the risks of downtime, operational errors, or inefficient deployment of your PV/BESS assets? * Do you understand the risks of failing to maintain the strict grid operation requirements of your RTO/ISO? We can help. Trust your SCADA engineering system to the HV Grid Experts. Let’s talk! https://lnkd.in/gRAJt3Q2 #SCADA, #Interconnections, #SmartEnergySolutions, #PowerEngineering
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Three SCADA panels equiped with #Zenon software are ready for Factory Acceptance Testing (F.A.T) in this substation project for the oil and gas industry. #Substations #Electricity #OilAndGas #SCADA #EnergySolutions #IndustrialAutomation #EngineeringExcellence #InnovationInEnergy #PowerSystems #TeamSuccess #QualityStandards #OperationalEfficiency #EnergyIndustry #TechnologyInnovation #Copadata #Sas
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Doing SCADA Operation of Steam Turbine (TST2060LM) at HF 113MW power plant #steamturbine #operation #scada
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Your ability to perform critical analysis on power quality is dictated by the capability of your applications to produce the data you require when you need it. With more than 300 edge module outputs, the INSTRUCT Power Analyzer 2.0 provides an up-to-the-second enriched view of your operation. Compatibility with any VSD, MVD, or switchboard and downhole motor means seamless integration. And the scalability of the system ensures your technology is future secure. Conduct analysis on power quality monitoring, system condition monitoring, true shaft speed and torque, independent backspin monitoring, and many more – power management never looked so good. To learn more about the INSTRUCT Power Analyzer 2.0, visit https://loom.ly/pDOviwg SLB Swinton Technology Oil & Gas Solutions from Rockwell Automation #OilGas #Innovation #Technology #Digitalization
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Flavour and Perfumery Technologist || Food Technologist || Ex- Intern at Amulfed | Ex-Intern at Indian Chamber Of Food and Agriculture | Ex-Intern at Shilok Food Lab | Ex-Intern at MIT Cars | Ex- Intern at Foodkida
The full form of SCADA is the Supervisory Control and Data Acquisition.SCADA systems are used to control and monitor physical processes, examples of which are transmission of electricity, transportation of gas and oil in pipelines, water distribution, traffic lights, and other systems used as the basis of modern society.#scada
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How do we validate that our solutions provide the expected AEP uptake? For performance validation, we use the robust and widely accepted side-by-side method. Based on blade condition and service histories, pairs of neighboring turbines are carefully selected; some to be upgraded and some for reference. Using time-synchronized SCADA data from pre- and post- upgrade installation date, the difference in power production is used to evaluate the performance of the upgrade solution. The difference in power performance is established before and after the upgrade installation and compared to establish the resulting AEP improvement. Typically, the side-by-side method requires 6-12 months of pre- and post- upgrade data to have a sufficient statistical basis for performing the analysis. PowerCurve upgrade solutions are thoroughly field-proven and validated by third parties to deliver high performance over the entire turbine lifetime. We provide comprehensive documentation to our customers throughout the entire project process to ensure a high business case certainty. #WindTurbines #Blades #PerfomanceImprovement #AEPIncrease #FieldProven
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Instrument & Control System Engineer | Automation Engineer | SCADA Engineer | System Integrator | IIoT Engineer | Electrical Engineer | PLC Programmer | Industrial Automation
Simple experiment before starting a SCADA project energy management monitoring system using TIA Portal SCADA Wincc Advanced #SiemensWinccScada #TIAPortal #Siemens #SCADA #Wincc #EnergyManagementMonitoringSystem
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The side-by-side method is by far the most recommended solution for proving the contribution of Vortex Generators to wind turbine performance because it provides a direct, controlled comparison that accurately isolates the impact of VGs. This approach offers clear, quantifiable, and credible results that are applicable to real-world operations, making it the most effective way to demonstrate the benefits of VGs in enhancing the power output and efficiency of WTGs. 😉
How do we validate that our solutions provide the expected AEP uptake? For performance validation, we use the robust and widely accepted side-by-side method. Based on blade condition and service histories, pairs of neighboring turbines are carefully selected; some to be upgraded and some for reference. Using time-synchronized SCADA data from pre- and post- upgrade installation date, the difference in power production is used to evaluate the performance of the upgrade solution. The difference in power performance is established before and after the upgrade installation and compared to establish the resulting AEP improvement. Typically, the side-by-side method requires 6-12 months of pre- and post- upgrade data to have a sufficient statistical basis for performing the analysis. PowerCurve upgrade solutions are thoroughly field-proven and validated by third parties to deliver high performance over the entire turbine lifetime. We provide comprehensive documentation to our customers throughout the entire project process to ensure a high business case certainty. #WindTurbines #Blades #PerfomanceImprovement #AEPIncrease #FieldProven
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"Transforming the Oil & Gas Industry with Automation: The RP Automations Advantage" The Oil & Gas industry faces unique challenges: fluctuating demand, harsh environmental conditions, and complex operations. That's where industrial automation steps in to transform operations with innovative solutions. At RP Automations, we specialize in helping Oil & Gas companies achieve greater efficiency, safety, and reliability through automation technologies. Real-Time Monitoring with SCADA: SCADA systems allow real-time tracking of processes, enabling operators to optimize performance, identify issues instantly, and reduce downtime. Advanced Process Control Systems: Our Batch & Continuous Process Control solutions ensure seamless operations, improving output quality while maintaining safety. Integration of Intelligent Devices: By integrating intelligent devices via ControlNet, Modbus, and Profibus networks, we ensure precise data collection and automation across all equipment. Onsite Support & Maintenance: RP Automations provides ongoing onsite supervision, system validation, and predictive maintenance alerts to ensure your equipment runs efficiently and safely. As the Oil & Gas industry continues to evolve, automation is no longer a luxury—it's a necessity. Contact us to explore how our tailored solutions can transform your operations. #Automation #OilAndGas #IndustrialAutomation #ProcessControl #SCADA #RPAutomations #Efficiency #Safety #Innovation
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Looking for best practices to improve substation logic controller redundancy schemes? Read about methods and topologies to reliably and efficiently collect information, coordinate decision-making, and send data to SCADA: https://lnkd.in/giyxJtBS #scada #digitalsubstation #ieds
