AN ENERGY MANAGEMENT SYSTEM FOR AN ENERGY SOURCE, SUCH AS A BATTERY, COMPOSED OF ELECTRONIC CONTROL CIRCUITS FOR ENERGY RESOURCE MANAGEMENT, SAFETY SENSORS MANAGEMENT, DEVICE DEMAND INTERFACE MANAGEMENT AND DATA LOGGING, SAFETY SENSORS, A SHOCK MANAGEMENT INTERLAYER, AND FIRMWARE AND SOFTWARE, SAID SYSTEM DESIGNED TO MAXIMIZE THE ENERGY OUTPUT FROM THE ENERGY SOURCE, INCREASE THE SAFETY OF THE ENERGY SOURCE AND THE DEVICE IT IS SERVING, AND LOG REAL TIME AND HISTORICAL DATA TO ENABLE THE SYSTEM TO ADAPT TO ITS INTERNAL NEEDS AS WELL AS THE NEEDS OF THE DEVICE THAT THE ENERGY MANAGEMENT SYSTEM IS SERVING
Electrical and Scientific Apparatus