At the highest level, it is key to check for any safety issues that could arise from the energy storage system. This should be the priority in any case! After that, it is important to see if the failure leads to degradation of the system, which would also require additional measures. The third layer would be to analyze potential revenue losses. Some failures require immediate action, sometimes the energy storage system should not be restarted. Some failures require action regarding certain operation modes.

When your energy storage system fails, swift action is necessary to minimize downtime and financial losses. To prioritize effectively, assess the impact of each risk on your operations, safety, and finances. Identify critical components and prioritize those that pose the greatest threat to system performance and reliability. Consider factors like system age, maintenance history, and environmental conditions. Develop a risk matrix to categorize and prioritize risks based on likelihood and severity. By focusing on the most critical risks first, you can expedite repairs, minimize losses, and restore system functionality efficiently.

There could be issues regarding cycle life and degradation, thermal management, mechanical software and control system failures. The first priority should be safety risks to avoid potential and consequent thermal runaway, fire, or explosion. Advance BMS assessment could be the next step.