Battery Redesign Could Reduce Cost of Energy Storage

Sodium-nickel chloride battery redesign could provide a cost-effective energy solution.

A redesign of sodium-nickel chloride batteries could pave the way for new energy advancements. A study published by the Department of Energy’s Northwest National Laboratory found that replacing the standard cylindrical battery shape with a flat disc design allows for delivery of 30% more power at lower temperatures. 

These sodium-beta batteries could bring about effective energy solutions to a variety of projects, including electricity substations.

Because a sodium-nickel beta battery is cheaper to manufacture than a lithium-ion battery, consumers may find themselves interested in the comparable performance.  Sodium-beta batteries are also safer than their lithium-ion counterparts.

Researchers remodeled the cylindrical design and fashioned a planar battery, similar to a Frisbee or plate. Because the ions can flow in a large area with a short pathway, it creates an environment with lowered resistance.

The flat battery can also be stacked, making it a convenient and compact option for large-scale energy storage.

Researchers will continue to work on the battery redesign to improve lifespan and power capacity, moving toward reducing costs associated with energy storage.

For more information about the sodium beta battery, visit the Pacific Northwest National Laboratory online.