In a data centre, the battery system designed to keep operations running can also become one of the facilities greatest fire risks.
That is why battery chemistry matters.
Recent Fire and Rescue NSW guidance highlights the increasingly complex fire protection requirements associated with lithium-ion battery installations in data centres, from enhanced fire compartmentation to validated suppression system design.
In simple terms, lithium-ion batteries can be harder to manage safely because of the risk of thermal runaway, where one battery failure can spread heat and fire to nearby cells.
Sodium batteries are different.
They are non-flammable and do not have the same thermal runaway spread risk. This removes one of the biggest fire concerns associated with conventional battery systems.
For data centre operators, that means a safer backup power option, fewer battery-specific fire risks to manage and greater confidence that the system designed to protect uptime will not become the problem.
We are seeing this shift first-hand, with growing demand from telecommunications clients for sodium batteries in critical infrastructure and data centre environments.
We’ve been talking about these batteries for years, and for good reason. They offer:
Non-flammable battery chemistry
No thermal runaway propagation risk
Long operational life with minimal degradation
Stable performance across a wide range of environmental conditions
Reduced cooling requirements compared with many alternative technologies
A safer approach to large-scale energy storage in critical facilities
As data centres continue to grow across Australia, battery safety is becoming a bigger part of the conversation and when battery safety becomes part of the conversation, sodium becomes part of the answer.
Recent Fire and Rescue NSW guidance highlights the increasingly complex fire protection requirements associated with lithium-ion battery installations in data centres, from enhanced fire compartmentation to validated suppression system design.
In simple terms, lithium-ion batteries can be harder to manage safely because of the risk of thermal runaway, where one battery failure can spread heat and fire to nearby cells.
Sodium batteries are different.
They are non-flammable and do not have the same thermal runaway spread risk. This removes one of the biggest fire concerns associated with conventional battery systems.
For data centre operators, that means a safer backup power option, fewer battery-specific fire risks to manage and greater confidence that the system designed to protect uptime will not become the problem.
We are seeing this shift first-hand, with growing demand from telecommunications clients for sodium batteries in critical infrastructure and data centre environments.
We’ve been talking about these batteries for years, and for good reason. They offer:
As data centres continue to grow across Australia, battery safety is becoming a bigger part of the conversation and when battery safety becomes part of the conversation, sodium becomes part of the answer.