Langfang Data Center Project (43 × 1800kW Container-type High-Voltage Generator Sets)
A total of 43 sets of 1800kW container-type high-voltage generator sets are deployed for the Langfang Data Center project. These containerized high-voltage gensets serve as the core emergency backup power supply for the hyperscale data center, delivering continuous, stable and high-quality power guarantee for massive server clusters and IT core equipment. The units effectively prevent service suspension and data security risks caused by municipal grid failures, ensuring long-term safe, reliable and stable operation of the entire data center park.
1. Background
This supporting power supply project is customized and constructed for the key Langfang Data Center, an important core digital infrastructure and regional computing hub in Hebei Province. Bearing large-scale cloud computing, big data storage, industrial digitalization and internet service tasks, the data center imposes extremely stringent requirements on power supply continuity, stability and safety. As a critical node in North China's computing industry layout, any unexpected public grid power outage will trigger severe consequences including massive business interruption, data transmission failure and hidden data loss risks, greatly impacting the stable operation of local digital economy and industrial intelligent transformation. To eliminate power interruption hazards and meet the high-standard power redundancy requirements of hyperscale IDC facilities, the project adopts high-capacity 1800kW container-type high-voltage generator sets as the key emergency backup power equipment. In case of mains power failure, the gensets can realize ultra-fast startup and parallel switching, instantly supply power to core IT loads, maintain uninterrupted operation of computing business, and fully secure the continuous and stable output of the data center's core services.
2. Why Container-type 1800kW High-Voltage Generator Sets
The 1800kW container-type high-voltage generator set is specially optimized and upgraded for high-reliability backup power scenarios of large and hyperscale data centers, perfectly matching the high-standard power guarantee demands of Langfang Data Center. Adopting factory pre-integrated modular container design and high-voltage power supply technology, the equipment features integrated installation, compact structure and high space utilization, supporting convenient on-site hoisting, rapid positioning and efficient commissioning, which greatly shortens the project construction cycle. The unit delivers rapid startup response, outstanding dynamic load adaptability, superior overload resistance and ultra-stable power output, adapting to complex outdoor park operation environments and all-weather emergency standby demands. The high single-unit power capacity and high-voltage power supply mode effectively reduce the total number of equipment units, simplify the overall power system architecture, lower system operation and maintenance costs, and improve power supply efficiency and safety redundancy. This professional solution fully meets the strict power redundancy and reliability specifications of large-scale data centers, effectively avoids business downtime risks, and provides solid and durable emergency power support for massive server loads and core computing services.
3. Key Technical Specifications
Equipment: 1800kW container-type high-voltage generator set
Rated Power per unit: 1800kW
Total installed capacity: 77400kW (43 × 1800kW)
Application Scenario: Emergency backup power supply for hyperscale data center
Rated Speed: 1500 r/min
Rated Frequency: 50 Hz
Power Supply Mode: High-voltage output
Control System: Intelligent parallel control system, supporting multi-unit parallel operation, automatic detection of mains failure and fast emergency startup
4. Operational Value After Commissioning
The project builds a high-reliability emergency backup power barrier for Langfang Data Center, comprehensively upgrading the power supply safety level and operational stability of the regional core computing hub. Once the municipal grid fails, multiple high-voltage generator sets can be quickly paralleled and activated to continuously supply power to core server clusters and key IT equipment, thoroughly avoiding service outage, data loss and economic losses caused by power interruption. The integrated container design reduces civil engineering construction standards and investment costs, shortens project delivery and commissioning cycles, and lowers long-term operation and maintenance thresholds. The stable and efficient emergency power guarantee enables the data center to fully comply with national and industry high-reliability operation standards, effectively safeguards the stable operation of cloud computing, big data processing and digital industrial services, and strongly underpins the high-quality development of North China's digital economy and computing industry cluster.
5. Frequently Asked Questions (FAQ)
Q: What core functions do these generator sets provide for the Langfang Data Center?
A: The 43 sets of 1800kW container-type high-voltage generator sets serve as the core emergency backup power system for the data center. When the public power grid fails, the units start up rapidly and operate in parallel to provide continuous and stable high-voltage power supply for core IT equipment and server clusters, preventing data center service interruption and data loss risks, and ensuring uninterrupted operation of core computing businesses.
Q: What operational and industrial value does this project bring?
A: This project provides high-standard, high-reliability emergency power redundancy for the hyperscale Langfang Data Center, meeting strict IDC power safety specifications. The containerized high-voltage solution reduces comprehensive project investment and construction cycle, lowers daily operation and maintenance costs, and improves the overall power supply safety and anti-risk capability of the data center. It solidifies the operational foundation of the regional computing hub, guarantees stable output of digital services, and boosts the steady development of North China's digital economy and intelligent manufacturing industry.