The Sodium Nickel Chloride Battery Has Several Technical Merits.

The sodium nickel chloride battery has several technical merits.

Primarily its intrinsic safety. This remarkable battery has been rigorously tested against the stringent standards of the automotive industry, enduring a comprehensive array of crash simulations, including various accident crashes and even live ammunition shooting tests. Notably, it exhibits exceptional properties: it neither ignites nor explodes, emits no harmful gases, and does not react with water or oxygen. Consequently, the conclusion stands firm: it is utterly safe!

Secondly, enhanced safety stemming from the cell's construction. The outer skin of the battery cell is made of steel. Steel is hard and yet soft, or bendable, and can give way. If the steel is deformed, damaged or broken, the resulting pressure is passed on via the liquid electrode to the brittle ceramic, the separator. Upon encountering this pressure, the ceramic separator promptly fractures, triggering a swift sequence of events. Inside the cell, the two heated liquid electrodes converge, promptly crystallizing and cooling down. This rapid solidification process generates a harmless vapor, a natural byproduct of the cooling reaction that should not be hindered. Given the swiftness of this reaction, there's no risk of hot molten material escaping. No special fire protection measures are required for the installation of salt batteries. This not only saves effort, but also some costs.

Thirdly this battery is environmentally friendly and 100% recyclable. It requires no maintenance during use and eliminates the need for regular cleaning of HVAC filters. The insulation design based on the battery pack enables it to operate across a wide range of temperatures, ensuring no performance degradation within an ambient temperature range of -40°C to 65°C. So the battery system does not require an air-conditioning cooling system to be installed.

Furthermore, in a non-operational state, the electrolyte is in a solid form, eliminating the occurrence of self-discharge, allowing for indefinite storage. And also the battery has a high volumetric energy density and is equipped with over-charge and over-discharge protection