Hydrogen Sensor Transmitter Accuracy: 0.1 % %

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Battery rooms or battery charging bays or battery charging stacks are being widely used in Data Center, UPS Systems, Renewable Energy Sources like Solar Plants, Wind farms, Submarines, Naval Vessels and Underground Bunkers etc.
These batteries when being charged generate, liberate highly explosive Hydrogen (H2) gas. The LEL(Lower Explosive Limit) of Hydrogen (H2) is 4 % Vol. and the UEL (Upper Explosive Limit) is 77 % Vol. Hydrogen (H2) is lighter than air and travels towards ceiling in an enclosed battery room.

The potential risk of this Hydrogen (H2) generation liberation in battery rooms are:
Potential of creating highly explosive atmosphere which can create explosions in the battery rooms due to electrical sparks, electrical short-circuits, electrical earth leakage and high surge capacitive discharge.
Oxygen depletion atmosphere in an enclosed battery rooms there by causing breathing safety hazard for working humans.

Solutions:
To design engineer install a continuous Hydrogen (H2) detection and monitoring system and to control the ventilation fans to remove the built-up Hydrogen (H2) gas.
Battery rooms or battery charging bays or battery charging stacks are being widely used in Data Center, UPS Systems, Renewable Energy Sources like Solar Plants, Wind farms, Submarines.