Safe Lithium-Ion Battery Development

Naval Nuclear Laboratory (NNL), operated by Fluor Marine Propulsion LLC (FMP) for the Department of Energy, is accepting proposals to develop a lithium-ion battery as a backup energy storage system capable of providing 2.4 MW*hrs of usable energy throughout life. For the design of the battery system to be considered successful, it must demonstrate balance of the objectives of continuity of power, not exceeding design limits, and integrating a sufficiently robust safety posture such that the risk to the host asset is reduced to an acceptably low level. The battery system shall have the capability and reliability to maintain operations .... Read More

Naval Nuclear Laboratory (NNL), operated by Fluor Marine Propulsion LLC (FMP) for the Department of Energy, is accepting proposals to develop a lithium-ion battery as a backup energy storage system capable of providing 2.4 MW*hrs of usable energy throughout life. For the design of the battery system to be considered successful, it must demonstrate balance of the objectives of continuity of power, not exceeding design limits, and integrating a sufficiently robust safety posture such that the risk to the host asset is reduced to an acceptably low level. The battery system shall have the capability and reliability to maintain operations .... Read More

Naval Nuclear Laboratory (NNL), operated by Fluor Marine Propulsion LLC (FMP) for the Department of Energy, is accepting proposals to develop a lithium-ion battery as a backup energy storage system capable of providing 2.4 MW*hrs of usable energy throughout life. For the design of the battery system to be considered successful, it must demonstrate balance of the objectives of continuity of power, not exceeding design limits, and integrating a sufficiently robust safety posture such that the risk to the host asset is reduced to an acceptably low level. The battery system shall have the capability and reliability to maintain operations .... Read More

Naval Nuclear Laboratory (NNL), operated by Fluor Marine Propulsion LLC (FMP) for the Department of Energy, is accepting proposals to develop a lithium-ion battery as a backup energy storage system capable of providing 2.4 MW*hrs of usable energy throughout life. For the design of the battery system to be considered successful, it must demonstrate balance of the objectives of continuity of power, not exceeding design limits, and integrating a sufficiently robust safety posture such that the risk to the host asset is reduced to an acceptably low level. The battery system shall have the capability and reliability to maintain operations .... Read More