Consistent access to energy is key for mission critical entities that bear the responsibility of enabling industrial and digital infrastructure to operate continuously. As battery technology has evolved to cater to the industrial-specific energy demands of power grids, data facilities, solar and wind farms, and others, the focus has shifted toward accelerating development in the areas of power, voltage, and capacity. While these features are highly valuable, they must be looked at as a secondary consideration, exceeded in priority by battery safety.
Safety features built into a battery cell, module, and rack can save mission critical entities millions of dollars in costs, downtime, and company losses. More importantly, they maintain consistency and minimize or mitigate potential damages that could disrupt energy access and create very challenging and even life-threatening scenarios.