3-Phase Servo Linear Stabilizer – 1000 kVA

is a massive 1000 kVA three-phase servo linear voltage stabilizer from the TPL Series 30%, designed for the most demanding utility-scale and giga-industrial applications where ultimate power stability, precision, and advanced system integration are paramount, even with significant input voltage fluctuations. It accepts a 3*400Vac+Neutral input and provides an exceptionally stable output with an adjustable accuracy of 0.5-1% across an input voltage tolerance of ±30%. This unit features an unparalleled suite of protection mechanisms, including over/under voltage, overload, short circuit, over heat, internal bypass, input circuit breaker, SafeStart, phase sequence, phase failure, and a high-capacity, redundant, and intelligent ventilation system. A state-of-the-art touch screen interface offers comprehensive real-time monitoring of all critical electrical parameters (V, I, PF, T), sophisticated manual intervention and control capabilities, and extensive, detailed fault history management with advanced diagnostic tools. Seamless integration with complex smart grid and industrial automation systems is ensured through a full array of communication protocols, including Ethernet, USP, MODBUS TCP, and GPRS, with options for advanced network management and remote access. With an exceptionally high efficiency exceeding 98% at full load, a 2-year warranty, and guaranteed long-term spare part support, this ultimate power stabilizer ensures unwavering and dependable power for the most critical national infrastructure and giga-industrial complexes in challenging power environments. Premium optional features include the highest-grade input/output surge arrestors (Class I++), advanced multi-stage EMI/RFI filtering, and a fully integrated, intelligent fire detection and suppression system with real-time reporting and remote alerts. 🔧 Specifications:
• Reference No.: TPL – 3 – 30 – 1000000
• Description: 3-Phase Servo Linear Stabilizer
• Model: TPL Series 30%
• Input Voltage (I/P): 3*400Vac + Neutral
• Output Voltage (O/P): 3*400Vac + Neutral
• Accuracy: 0.5-1% Adjustable
• Permissible Tolerance: ±30%
• Power: 1000 kVA
• Current: 1443.3A
• Frequency: 50Hz-60Hz ±5%
• Ambient Temperature: Up to 50°C
• Protection Degree: IP23
• Protections: Over/Under Voltage, Overload, Short Circuit, Over Heat, Internal Bypass, I/P Circuit Breaker, SafeStart, Phase Sequence, Phase Failure, Intelligent Ventilation System
• Harmonic Distortion: Nil
• Insulation Class: H
• Insulated Strength: 2500V/min
• Cooling: High-Capacity Natural Air + Intelligent Forced Ventilation
• Admitted Load Variation: 0 to 100%
• Admitted Load Unbalance: Up to 100%
• Admitted Overload: 150% for 1 min
• Control Each Phase: Independent Phase Control with Advanced Algorithms
• Correction Time: 20ms/volt (for full regulation)
• Display & Instrumentation: State-of-the-Art Touch Screen (V,I,PF,T., Harmonics, Waveform Analysis), Advanced Manual Interference, Comprehensive Fault Record with Diagnostics
• Communication System: Ethernet (with advanced network protocols), USP, MODBUS TCP/IP, GPRS (with enhanced security features)
• Efficiency: >98% at full load (with intelligent energy management)
• Display: High-Resolution LCD Display with Real-Time Data Visualization
• Warranty: 2 years (with options for extended service contracts)
• Maintenance: Guaranteed spare parts availability for 25 years with proactive maintenance scheduling
• Weight: 3505 kg
• Dimensions: 4020 × 2465 × 1400 mm
• Option: Highest-Grade Input/Output Surge Arrestor (Class I++), Advanced Multi-Stage EMI/RFI Filter, Fully Integrated Intelligent Fire Detection and Suppression System with Remote Alerts
• IEC Standards: Exceeds IEC-61558-48, IEC 61000-6-2, IEC 62103, IEC 60529, IEC 61558-2 & IEC 61558-1 (and adheres to additional relevant international standards) 💡 Applications:
• Utility-scale smart grid stabilization and conditioning for major metropolitan areas and national grids experiencing significant voltage variations
• Giga-industrial complexes, heavy resource processing, and critical national infrastructure projects of the largest scale operating under variable power supply conditions
• Major international airports, transportation hubs with complex power requirements, and ultra-large hyperscale data centers requiring stable power across a wide input voltage range
• Environments with the most extreme power quality challenges requiring the highest levels of control, monitoring, safety, redundancy, and intelligent system integration in unstable power conditions
Download data sheet