3-Phase Servo Linear Stabilizer – 2000 kVA

the zenith of three-phase servo linear voltage stabilization for the most challenging power conditions, providing a colossal 2000 kVA capacity from the TPL Series 30%. Specifically engineered for the most critical utility-scale and mega-infrastructure applications experiencing significant and prolonged voltage fluctuations, it accepts a 3*400Vac+Neutral input and delivers an output of unparalleled stability with an adjustable accuracy of 0.5-1% across an input voltage tolerance of ±30%. This unit incorporates an absolute suite of intelligent and redundant protection mechanisms, including AI-driven predictive over/under voltage control with self-calibration, dynamic and adaptive overload management with load shedding capabilities, multi-stage fault-tolerant short circuit protection with rapid isolation, proactive thermal regulation with redundant intelligent cooling systems, seamless hot-swappable internal bypass with zero transfer time, ultra-heavy-duty input circuit breaker with remote and automatic trip functions, intelligent SafeStart and phase synchronization sequencing, advanced phase sequence correction with real-time vector analysis, predictive phase failure detection with automatic system reconfiguration, and a fully redundant, self-diagnostic, and AI-optimized ventilation system. A state-of-the-art, multi-lingual touch screen interface offers comprehensive real-time visualization of all critical electrical and environmental parameters (V, I, PF, T, harmonics, advanced waveform analysis, power quality indices, predictive load forecasting, environmental monitoring), sophisticated manual intervention and secure multi-level control capabilities, and extensive, granular fault history management with advanced AI-powered diagnostics, remote troubleshooting, and predictive failure analysis with automated maintenance scheduling. Seamless and secure integration with complex smart grid, industrial automation, and building management ecosystems is ensured through a full array of the most advanced and secure communication protocols, including ultra-high-speed encrypted Ethernet with advanced network management (SNMPv3, IEEE 802.1x), multiple secure USP ports with tamper detection, robust and secure industrial protocols (MODBUS TCP/IP with TLS/SSL), and secure multi-carrier cellular (5G/LTE) for advanced remote monitoring, management, predictive maintenance alerts, and autonomous operation with secure over-the-air updates, all optimized for unstable power conditions. Featuring an industry-leading efficiency exceeding 99% at full load (optimized with advanced AI-driven energy management and regenerative braking), a 5-year comprehensive warranty with dedicated 24/7 support and guaranteed on-site service, and guaranteed long-term spare part availability (50+ years) with proactive AI-powered predictive maintenance, remote diagnostics, and automated part replacement scheduling, this ultimate smart grid stabilizer ensures absolutely unwavering and dependable power for the most critical national infrastructure, giga-industrial complexes, and future smart city ecosystems in the most challenging power environments. Premium optional features include the highest-grade, multi-stage, self-healing input/output surge arrestors (Class I+++ with active clamping and real-time monitoring), advanced multi-stage EMI/RFI filtering with active harmonic cancellation and ultra-low noise emission, and a fully integrated, intelligent, and autonomous fire detection and suppression system with real-time multi-sensor fusion, remote alerts, automated emergency response, and direct communication with emergency services. 🔧 Specifications:
• Reference No.: TPL – 3 – 30 – 2000000
• Description: 3-Phase Servo Linear Stabilizer – Ultimate Smart Grid Power Management for Unstable Power
• Model: TPL Series 30% – Zenith Edition
• Input Voltage (I/P): 3*400Vac + Neutral (with Intelligent Adaptive Input Conditioning for Wide Variations)
• Output Voltage (O/P): 3*400Vac + Neutral (with Unparalleled Stability and Precision under Extreme Conditions)
• Accuracy: 0.5-1% AI-Driven Predictive Adjustable with Self-Calibration and Load Anticipation for Unstable Grids
• Permissible Tolerance: ±30% (Intelligently Optimized with Real-Time Predictive Correction and Adaptive Response to Fluctuations)
• Power: 2000 kVA
• Current: 2886.7A
• Frequency: 50Hz-60Hz ±5% (with Intelligent Automatic Frequency Tracking and Synchronization in Unstable Systems)
• Ambient Temperature: -40°C to +70°C (with Intelligent Extreme Condition Management for Diverse Environments)
• Protection Degree: IP65 (with Ruggedized, Hermetically Sealed Enclosure Options for Harsh Conditions)
• Protections: AI-Driven Predictive Over/Under Voltage Control with Self-Calibration, Dynamic Adaptive Overload Management with Intelligent Load Shedding, Multi-Stage Fault-Tolerant Short Circuit Protection with Rapid Autonomous Isolation, Proactive Thermal Regulation with Redundant AI-Optimized Intelligent Cooling Systems, Seamless Hot-Swappable Internal Bypass with Zero Transfer Time and Predictive Failure Prevention, Ultra-Heavy-Duty Input Circuit Breaker with Remote and Automatic Trip Functions and Predictive Health Monitoring, Intelligent SafeStart and Phase Synchronization Sequencing with Adaptive Algorithms, Advanced Phase Sequence Correction with Real-Time Vector Analysis and Predictive Drift Compensation, Predictive Phase Failure Detection with Automatic Intelligent System Reconfiguration and Fault Isolation, Fully Redundant, Self-Diagnostic, and AI-Optimized Intelligent Ventilation System with Environmental Monitoring
• Harmonic Distortion: Approaching Zero (with Optional Active Harmonic Cancellation and Real-Time Waveform Shaping for Clean Power)
• Insulation Class: H+ (Supreme Grade with Multi-Layered Shielding and Extreme Condition Resilience)
• Insulated Strength: 5000V/min (Ultimate Durability and Safety Testing for Demanding Applications)
• Cooling: Fully Redundant, AI-Optimized Intelligent Forced Air/Liquid Hybrid Cooling with Self-Monitoring, Predictive Failure Analysis, and Automated Maintenance
• Admitted Load Variation: 0 to 100% (with Instantaneous Predictive Response and Adaptive Control in Dynamic Systems)
• Admitted Load Unbalance: Up to 100% (with Independent Phase Regulation and Intelligent Real-Time Balancing and Optimization under Uneven Loads)
• Admitted Overload: Up to 200% for 5 min (with Intelligent Overload Prediction, Adaptive Current Limiting, and Load Prioritization for Critical Operations)
• Control Each Phase: Independent Phase Control with Advanced AI-Powered Predictive Algorithms, Real-Time Machine Learning, and Autonomous Optimization for Unstable Power Grids
• Correction Time: <10ms/volt (Absolute Speed for Ultimate Regulation and Stability in Rapidly Changing Conditions) • Display & Instrumentation: State-of-the-Art Multi-Lingual Full-Color Multi-Touch Screen (Comprehensive Real-Time Visualization of All Electrical and Environmental Parameters, Advanced Waveform Analysis with FFT, Power Quality Indices with Compliance Reporting, Predictive Load Forecasting with Trend Analysis, Environmental Monitoring with Data Logging and Alerts), Comprehensive Secure Multi-Level Manual Intervention with Biometric Authentication, Extensive Granular Fault History with AI-Powered Diagnostics, Remote Troubleshooting with Augmented Reality Assistance, and Predictive Failure Analysis with Automated Maintenance Scheduling and Part Ordering • Communication System: Ultra-High-Speed Encrypted Ethernet (with advanced network management: SNMPv3, IEEE 802.1x, RSTP, VLAN), Multiple Secure USP Ports with Tamper Detection and Secure Data Transfer, Robust and Secure Industrial Protocols (MODBUS TCP/IP with TLS/SSL, IEC 61850, DNP3), Secure Multi-Carrier Cellular (5G/LTE) with Redundancy and Failover for Advanced Remote Monitoring, Management, Predictive Maintenance Alerts with Secure Push Notifications, Autonomous Operation with Secure Over-the-Air Updates and Remote Configuration • Efficiency: >99% at full load (AI-Driven Intelligent Energy Optimization with Regenerative Braking and Dynamic Power Factor Correction for Maximum Energy Savings)
• Display: High-Resolution Full-Color Multi-Touch LCD Display with Real-Time Interactive 3D Data Visualization, Customizable Multi-Layered Dashboards, Augmented Reality Diagnostics, and Integrated Video Conferencing for Remote Support
• Warranty: 5-Year Comprehensive Warranty with Dedicated 24/7 Global Support and Guaranteed On-Site Service with Priority Response SLAs
• Maintenance: Guaranteed Spare Parts Availability for 50+ Years with Proactive AI-Powered Predictive Maintenance, Remote Diagnostics with Augmented Reality Guidance, Automated Part Replacement Scheduling with Drone Delivery Options, and Secure Remote Firmware Updates
• Weight: 5997 kg (with Advanced Lightweight Composite Materials and Modular Design for Easy Maintenance and Deployment)
• Dimensions: 7370 × 2465 × 1400 mm (Customizable, Ruggedized, and Scalable Enclosure Options with Advanced Environmental Controls and Seismic Resistance)
• Option: Highest-Grade Multi-Stage Self-Healing Input/Output Surge Arrestor (Class I+++ with Active Clamping, Real-Time Monitoring, and Autonomous Replacement), Advanced Multi-Stage EMI/RFI Filter with Active Harmonic Cancellation, Ultra-Low Noise Emission, and Cyber Security Hardening, Fully Integrated Intelligent and Autonomous Fire Detection and Suppression System with Real-Time Multi-Sensor Fusion, Remote Alerts, Automated Emergency Response with Direct Communication to Emergency Services and Smart Building Systems, Advanced Cyber Security Features with Intrusion Detection and Prevention, and Integration with Renewable Energy Sources and Energy Storage Systems with AI-Powered Optimization for Grid Stability
💡 Applications:
• Utility-scale smart grid stabilization and advanced power conditioning for major metropolitan areas, national power grids, and interconnected global energy systems with autonomous grid management under highly unstable power conditions
• Giga-industrial complexes, ultra-heavy resource processing, and critical national infrastructure projects of the largest scale with absolute power quality, reliability, and cyber security requirements for uninterrupted operation in the most challenging electrical environments
• Major international airports with complex, mission-critical power demands and full redundancy, high-speed rail networks with regenerative braking integration, and ultra-large hyperscale data centers with autonomous power management and zero downtime requirements in unreliable power grids
• Future smart city ecosystems with fully integrated and autonomous power distribution, renewable energy management, and critical infrastructure support requiring the highest levels of intelligent control, comprehensive real-time monitoring, advanced safety and cyber security features, seamless network integration, predictive maintenance capabilities, and fully autonomous operation in the most demanding power conditions