JT-1500KW Perkins Industrial Generator
1500kW Prime Power | Heavy-Duty Energy for Data Centers, Mining & Industrial Infrastructure
- Engine: Perkins 4016TAG2A 16-Cylinder V-Type Turbocharged
- Certifications: ISO9001, CE, SONCAP, PVoC, NRCS, SIRIM, SNI, TISI
- Reliability: 500-Hour Maintenance Cycle & 50°C Ambient Capability
Product Overview
The JT-1500KW is engineered to deliver reliable, high-capacity power for the most demanding environments on Earth. Powered by the Perkins 4016TAG2A—a 61L V16 turbocharged workhorse—this unit provides 1500kW of continuous prime power. It is precision-built for large-scale data centers, mine-site baseloads, and industrial complexes where operational continuity is mission-critical. With its massive 7,800 N·m torque reserve and efficient fuel-consumption profile, it offers a lower total cost of ownership (TCO) for continuous, off-grid infrastructure.
Technical Specifications
| Category | Specification |
|---|---|
| Prime / Standby Power | 1500 kW / 1650 kW (1875/2062.5 kVA) |
| Engine Model | Perkins 4016TAG2A (16-Cyl V-Type Turbo, 61.123L) |
| Rated Current | 2,700 A |
| Peak Torque | 7,800 N·m @ 1500 RPM |
| Fuel Consumption (100% Load) | 222–230 g/kW·h |
| Maintenance Interval | 500 Working Hours |
| Noise Level | 82–84 dB(A) @ 1m |
| Transport Dimensions | 6,800 × 2,400 × 2,800 mm |
| Total Weight | 14.5 t |
| Certifications | ISO, CE, SONCAP, PVoC, NRCS, SIRIM, SNI, TISI |
Core Advantages
1. 10% Overload Headroom
Designed with Perkins standard operating cycles, the 1650kW standby capacity provides essential headroom for HVAC startup spikes and equipment cycling, ensuring zero derating during transient peaks.
2. 7,800 N·m Torque Reserve
A 6.8% torque advantage over previous generations ensures seamless starting for heavy mining equipment (conveyors/pumps) and reduces stress on electrical components during high inrush loads.
3. Industrial-Grade Diagnostics
Equipped with an LCD panel supporting DTC (Diagnostic Trouble Code) readouts, this system allows maintenance teams to identify specific failure points immediately, minimizing diagnostic time on critical sites.
4. Scalable Fuel Efficiency
The 61L displacement allows the engine to operate efficiently at heavy loads. With class-leading fuel consumption, this unit delivers substantial annual savings for operations running 8,000+ hours per year.
5. Optimized Service Rosters
The 500-hour maintenance cycle is specifically aligned with industrial shift rotations. This ensures that essential service occurs during scheduled crew-change gaps rather than during live production runs.
6. Rated for 50°C Ambient Heat
Built with Class H insulation (180°C limit), the alternator provides a 40°C thermal margin above maximum operating temperatures, ensuring stability in the high-ambient conditions of Africa, the Middle East, and SE Asia.
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