EPOWER high-voltage containerized generator sets reconstruct industrial power supply solutions with technological innovation, integrating power performance, environmental adaptability and intelligent operation and maintenance, and providing full-cycle reliable protection for high-end power consumption scenarios.

1. Hard-core power system, precise adaptation to multiple loads

The unit is equipped with international/domestic first-line brand high-power engines (MTU, Cummins, Perkins, Weichai, Yuchai, etc.), with a power coverage of 500-3000kW, supporting 10kV/6kV high-voltage direct supply, and adapting to industrial-grade high-load startup impact. The high-pressure common rail fuel injection technology is adopted, and the fuel efficiency is improved by 15% compared with the traditional unit. The load response time is less than 10 seconds, the steady-state voltage fluctuation rate is ≤±0.5%, and the frequency stability reaches ±0.25Hz, which meets the stringent requirements of IT equipment in data centers and large motor groups for power quality. The engine is equipped with a dual oil-water separation system and an intelligent thermal management module, which can start without attenuation in an environment of -25℃ to 50℃, and can adapt to complex working conditions such as plateau and coastal salt fog.

2. Industrial-grade container design, rapid deployment in all scenarios

The integrated container adopts a high-strength galvanized steel frame, with a weather-resistant polyurea coating on the surface, a wind pressure resistance level of ≥12, and a protection level of IP65. The box body integrates a labyrinth sealing strip and a moisture-proof ventilation system to achieve 100% rainproof, dustproof, and anti-condensation. The sound insulation system uses a multi-cavity structure design and nano-sound-absorbing cotton filling, and the noise level is ≤75dB at 1 meter from the box, meeting the needs of silent power supply in sensitive areas of the city. The bottom of the box is equipped with international standard ISO corner fittings, which support fast loading and unloading by forklifts and cranes. It has a built-in foldable cable tray and prefabricated interface. The on-site wiring time is shortened by 60% compared with traditional units, and power-on preparation can be completed within 30 minutes.

3. Intelligent operation and maintenance system, worry-free management throughout the life cycle

Equipped with EPOWER-IoT intelligent monitoring system, integrated with 10.4-inch human-computer interaction interface and 4G/Beidou dual-mode communication module, real-time collection of 58 operating parameters such as engine speed, oil temperature, power generation, etc., abnormal data response alarm in 0.5 seconds, support mobile APP/PC remote start and stop, load scheduling and fault diagnosis. Built-in modular maintenance platform, key components (filters, batteries) adopt quick-disassembly design, intelligent maintenance cycle reminder, single maintenance time is compressed to 45 minutes. The system is compatible with industrial protocols such as Modbus/TCP and OPC UA, and can be seamlessly connected to the user's energy management platform to achieve multi-unit cluster control and load balancing scheduling.

4. All-industry adaptation solutions

For data centers, N+1 redundant configuration and parallel synchronization technology are provided to support seamless switching between mains and diesel generators (switching time<20ms); for petrochemical scenarios, explosion-proof high-voltage switchgear and electrostatic grounding protection devices are optional; emergency rescue models have built-in large-capacity fuel tanks (endurance ≥12 hours) and self-priming water pumps to meet 72 hours of continuous operation requirements. All models have passed ISO 8528-5 dynamic performance certification and CE/PCCC dual safety certification. They have undergone 1,000 hours of full-load operation testing from design to delivery, with an average annual failure rate of less than 0.3%, building an all-weather power defense line for industrial production, transportation hubs, natural disaster emergencies and other scenarios.

EPOWER takes "maximizing power density and minimizing operation and maintenance costs" as its design concept, achieving the optimal balance of power output, environmental adaptability and intelligence in a compact space, becoming a valuable choice for high-end backup power and distributed power generation scenarios.