In industries like data centers, telecommunications, and utility power, battery farms are essential for uninterrupted service, providing backup power when needed most. However, Health and Safety compliance presents ongoing challenges, especially with lead-acid batteries. Under BS EN IEC 62485-2:2018 Section 7, stringent requirements focus on reducing hydrogen emissions and maintaining safe electrolyte levels to prevent hazards.
Introducing HBA1: A Breakthrough in Compliance and Safety
Hyonic’s HBA1 additive is designed to revolutionize compliance in battery farm operations by addressing two critical safety challenges:
Hydrogen Emissions: Hydrogen gas evolves naturally at the cathode in flooded and VRLA batteries, posing a safety risk.
Electrolyte Preservation: Hydrogen loss leads to gradual electrolyte depletion, requiring more maintenance and increasing risk over time.
How HBA1 Works
When added to flooded cell and VRLA lead-acid batteries in situ, HBA1 initiates an instantaneous reaction that:
Catalyzes the reabsorption of hydrogen gas back into the electrolyte, ensuring no hydrogen is released into the atmosphere.
Stabilizes electrolyte levels, minimizing the need for frequent topping up and reducing maintenance costs.
Aligning with BS EN IEC 62485-2:2018 Compliance
With HBA1’s impact on hydrogen management, battery farms can achieve compliance with Section 7 of BS EN IEC 62485-2:2018. This section mandates that battery installations must be safeguarded against hydrogen release to avoid creating explosive atmospheres, a critical step toward sustainable and safe operations.
Why HBA1 is Essential for Data Centers, Telecom, and Power Companies
For data centers, telecoms, and utility power companies, HBA1 offers a sustainable solution for existing lead-acid batteries, ensuring they meet compliance requirements, reduce risks, and improve operational efficiency.
Would you like more details on HBA1? Contact us today to learn how our additive can help your installations meet the highest safety standards.
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