Electrified military vehicle

An energy storage system for a military vehicle, the energy storage system comprising:

• a lower support configured to be coupled to a bed of the military vehicle, the lower support defining a plurality of recesses;
• a plurality of lower isolator mounts comprising a vibration attenuating material, the plurality of lower isolator mounts are coupled to the lower support and received within the plurality of recesses;
• a battery coupled to the plurality of lower isolator mounts such that the weight of the battery is supported by the plurality of lower isolator mounts and the lower support, the battery configured to be electrically coupled to a motor/generator, and the battery defining an energy storage capacity of at least 30.6 kWh with an operating characteristic of 666 V nominal voltage and a 406 kW discharge power;
• a bracket coupled to the battery;
• a single upper isolator mount including a spring damper shock system configured to be coupled between the bracket and a rear wall of the military vehicle to provide front-to-back vibration isolation of the battery relative to the rear wall;
• and
• a protective plate configured to protect the battery from hostile fragments, blasts, or projectiles.

An energy storage system for a military vehicle, the energy storage system comprising:

• a battery storage housing;
• a plurality of batteries supported by the battery storage housing;
• a power connector configured to facilitate electrically coupling the energy storage system to a motor/generator of the military vehicle;
• a lower support configured to be coupled to a bed of the military vehicle between a first rear wheel well and a second rear wheel well of the military vehicle, the lower support including a plurality of feet configured to elevate a support surface of the lower support above the bed;
• a plurality of lower isolator mounts coupled to the support surface of the lower support, the plurality of lower isolator mounts comprising a vibration attenuating material, wherein the battery storage housing is coupled to the plurality of lower isolator mounts;
• a bracket coupled to an upper portion of the battery storage housing;
• and
• an upper isolator mount coupled to the bracket, the upper isolator mount configured to couple the bracket to a rear wall of a passenger capsule of the military vehicle;
• an inverter electrically coupled to the energy storage system, the inverter configured to be disposed in a first stowage compartment positioned above the first wheel well;
• a DC/DC converter electrically coupled to the energy storage system, the DC/DC converter configured to be disposed in a second stowage compartment positioned above the second wheel well;
• and
• a charging port configured to be positioned at a rear of one of the first stowage compartment or the second stowage compartment.