1. Core Features  

◉ Integrated Design: The engine, generator, control system, and cooling system are integrated into a standard shipping container, enabling “plug-and-play” functionality. This reduces installation time by over 60% and significantly improves deployment efficiency.

◉ Environmental Adaptability: The container is constructed from galvanized steel plates (thickness ≥2mm) and coated with anti-corrosion paint, featuring an IP54 protection rating. It can withstand wind, rain, dust, and salt fog corrosion, making it suitable for harsh environments such as ports and construction sites.

◉ Noise Reduction Capability: Through the design of soundproof enclosures, labyrinth-style air ducts, and composite silencers, noise levels are controlled below 75 dB(A) at a distance of 1 meter from the unit, reducing noise by over 30% compared to conventional units.

2. Core Advantages

◉ Transportation Convenience: Compliant with international container standards, it can be transported directly by sea or land, reducing logistics costs by over 30%.

◉‌Operational Cost Efficiency: Modular structure simplifies maintenance processes, with annual maintenance costs amounting to only 3%-5% of the equipment's value, reducing labor costs by 40% compared to traditional units.  

◉‌High Reliability: Operates independently of the grid, providing 8 hours of continuous operation at full load, with a 20% reduction in failure rates, ensuring uninterrupted power supply for critical facilities such as hospitals and data centers.  

◉ Space Efficiency: Each unit occupies approximately 10 square meters (using a 200kW unit as an example), eliminating the need for a dedicated machine room and reducing infrastructure investment.  

3. Application Scenarios  

◉ Emergency Power Supply: Disaster recovery and rescue, hospital backup power.  

◉ Mobile Power Supply: Mining exploration, film and television production.  

◉ Power-Deprived Areas: Islands, remote construction sites.