vk6kro said:If you are in an earthquake zone, the wall and floor could move relative to each other in minor quakes.
This could tear your rack apart if it was connected to both of them.
Anchoring battery racks to the floor and wall is not recommended because it can create a potential hazard for the batteries and those working with them. If the anchoring is not done properly or the racks are not strong enough, it can lead to the racks collapsing and causing damage or injuries.
The risks associated with anchoring battery racks include potential damage to the batteries, risk of fire or explosion, and the possibility of injury to those working with the batteries. If the anchoring is not done correctly, it can also compromise the structural integrity of the building.
Yes, there are alternative methods for securing battery racks that are recommended by industry experts. These include using non-permanent methods such as ratchet straps or steel banding, or using a specially designed seismic restraint system.
While it is always recommended to secure battery racks for safety reasons, it may not be necessary to anchor them in all types of buildings. Some buildings, such as those with reinforced concrete floors, may already have a strong enough structure to support the weight of the battery racks without anchoring. It is important to consult with a structural engineer to determine the best method for securing battery racks in a specific building.
If recommended guidelines for anchoring battery racks are not followed, there is a higher risk of damage to the batteries, potential fire or explosion hazards, and the possibility of injury to those working with the batteries. In addition, not following guidelines can lead to non-compliance with safety standards and regulations, which can result in penalties and potential lawsuits.