Urgent! A large fire exposes the vulnerability of data center energy security.
Release time:
2025-03-17
Globally, data center fires have been reported on different continents in different years. The black smoke billowing from data centers has sent chills down the spines of the global technology community, exposing the fact that the "energy heart" supporting the digital world is facing a fatal threat. In terms of the causes of these fires, electrical problems have always been one of the "culprits." But what about battery thermal runaway, a professional term that hides so much anxiety about data center safety?
According to Cloud Headline, in the early morning of March 14, 2025, a data center on Chai Chee Road, Singapore caught fire, starting from a server rack. An email sent to clients by SG.GS, a cloud data center provider partner, revealed that the fire was caused by an "explosion," and the exact cause is under investigation.
Looking back, similar data center fires are not isolated incidents. In September 2024, a fire broke out at a data center in Loyang, Singapore, which hosted systems for tech companies like Lazada and Alibaba, resulting in firefighting efforts lasting over 36 hours. This fire was related to lithium-ion batteries stored in the building's third-floor battery room, requiring four high-pressure water cannons to bring under control.
Globally, data center fires have been reported across different continents and years. The black smoke from these fires has sent chills down the spines of the global tech community, exposing the fatal threats facing the "energy heart" that supports the digital world. In terms of the causes of these fires,Electrical problems are consistently one of the main culprits。而Thermal runaway of batteriesThis technical term hides many safety concerns for data centers.
► A Time Bomb in the Digital Age
Investigations show that the source of the September 2024 fire was the data center's UPS backup battery pack. When high temperatures triggered a thermal runaway chain reaction in the traditional batteries, the traditional fire suppression system completely failed in the face of the 3000℃ explosion flames. The energy storage systems commonly used in global super-large data centers are facing a triple safety paradox:The contradiction between energy density and thermal stability, the conflict between cycle life and decay rate, and the trade-off between cost control and safety assurance。
Data from the American Fire Association shows:
◆68% of global data center fires are related to energy storage systems
◆Traditional battery accidents account for 83%There is an average of one battery energy storage fire every hour
◆The higher the energy density, the more difficult it is to control the risk of thermal runaway
While the industry is struggling with the "safety spell" of traditional batteries, a previously overlooked technology—Zinc-nickel batteriesis opening up new possibilities:
1. Eliminating the root cause of fire
Zinc-nickel batteries use a water-based electrolyte system, fundamentally eliminating the flammability risk of organic solventsAccording to the test report from Senke Chuangneng's Cape Laboratory (based on GB/T29309-2012 high-acceleration life test), it can still charge and discharge normally at -65℃,Charging and discharging remain effective at 160℃, and the zinc-nickel battery system maintains its structural integritydemonstrating far superior thermal stability than traditional electrical systems.
2. Halving the cost, doubling the lifespan
◆ The abundance of zinc and nickel in the earth's crust is 70 and 12 times that of lithium, respectively,The raw material cost is only 1/3 that of lithium batteries
◆ Zinc-nickel batteries retain 85% capacity after 3000 deep cycles, extending the lifespan by 5 times compared to traditional lead-acid batteries
◆ 95% of materials are recyclable, solving the "environmental dilemma" of energy storage
◆The zinc-nickel battery system produced by Senke ChuangnengThe modular architecture demonstrates strong scene adaptability,It can be flexibly configured according to the data center's load requirements
In this energy dialogue between digital civilization and the physical world, the technological breakthrough of zinc-nickel batteries not only signifies a qualitative change in safety redundancy but also heralds a fundamental shift in energy storage paradigms. When computing power demand is soaring at 26% per year, we cannot afford any stoppage of the "energy heart." Only by embedding safety attributes into the underlying code of the energy system can we lay a solid foundation for the sustainable operation of the digital world. The black warning from Singapore will eventually become a beacon illuminating the path of industrial progress.
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Information Source:Breaking News! Data Center "Explosion" and Fire... One Injured... | Fire | Civil Defense | Singapore_NetEase Subscription
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