Abstract: An example of a system to provide energy storage capacity moveable between multiple locations is provided. The system includes a plurality of docking stations, wherein each docking station is connected to a power distribution network. In addition, the system includes an energy storage unit to connect to a first docking station selected from the plurality of docking stations. Furthermore, the system includes a transporter onto which the energy storage unit is mounted to transport the energy storage unit from the first docking station to a second docking station.

Abstract: An example of an apparatus to connect a power distribution network with an energy storage unit. The apparatus includes a mobile platform. In addition, the apparatus includes a connection system to connect with an energy storage unit and to receive a current from the energy storage unit. Furthermore, the apparatus includes a transformer mounted on the mobile platform to convert the voltage from the connection system to the voltage of a power distribution network. The apparatus also includes an output cable to connect with the power distribution network.

Abstract: A modular rack system for mounting on the roof of a vehicle. In an embodiment, the modular rack system comprises a plurality of panels and a plurality of rails. The panels are configured to be joined in the same plane to form a platform with a flat top surface. The rails are configured to be joined together to form a modular frame surrounding the platform and extending above the top surface of the platform.

Abstract: A modular rack system for mounting on the roof of a vehicle. In an embodiment, the modular rack system comprises a plurality of panels and a plurality of rails. The panels are configured to be joined in the same plane to form a platform with a flat top surface. The rails are configured to be joined together to form a modular frame surrounding the platform and extending above the top surface of the platform.

Abstract: A battery module is disclosed. The battery module comprises a housing, a heat-conducting fin disposed within the housing having a first fin surface and a second fin surface, the first fin surface and the second fin surface defining a respective first housing cavity and a second housing cavity within the housing. The battery module further comprises a first battery cell disposed within the first housing cavity and engaging the first fin surface and a second battery cell disposed with the second housing cavity and engaging the second fin surface. The heat-conducting fin is adapted to conduct heat from the first and second battery cells outwardly from the housing.

Abstract: A battery module is disclosed. The battery module comprises a housing, a heat-conducting fin disposed within the housing having a first fin surface and a second fin surface, the first fin surface and the second fin surface defining a respective first housing cavity and a second housing cavity within the housing. The battery module further comprises a first battery cell disposed within the first housing cavity and engaging the first fin surface and a second battery cell disposed with the second housing cavity and engaging the second fin surface. The heat-conducting fin is adapted to conduct heat from the first and second battery cells outwardly from the housing.

Abstract: A method of identifying a paper-intensive process may include receiving quantitative processing data associated with a production environment, receiving qualitative processing data associated with the processing activities in the production environment, and generating a visual depiction of the processing activities. The visual depiction may include at least a portion of the received quantitative processing data and the received qualitative processing data, and the visual depiction may illustrate at least one paper-intensive process, one or more of a most common purpose associated with the paper-intensive process and a most common fate associated with the paper-intensive process. The method may include presenting the generated visual depiction to a user.

Abstract: A method of identifying a paper-intensive process may include receiving quantitative processing data associated with a production environment, receiving qualitative processing data associated with the processing activities in the production environment, and generating a visual depiction of the processing activities. The visual depiction may include at least a portion of the received quantitative processing data and the received qualitative processing data, and the visual depiction may illustrate at least one paper-intensive process, one or more of a most common purpose associated with the paper-intensive process and a most common fate associated with the paper-intensive process. The method may include presenting the generated visual depiction to a user.