Ganesh R Singh, Age 525149 Allison Dr, Troy, MI 48085

2017016, Jun 8, 2017

Feb 20, 2017

15/437228

- Palo Alto CA, US
Ernest Matthew Villanueva - San Francisco CA, US
David Elias Hegeman - San Jose CA, US
Satvik Vipin Batavia - Milpitas CA, US
Ganesh Ramanarayan Singh - Troy MI, US
Alex Prilutsky - Redwood City CA, US
Scott Ira Kohn - Redwood City CA, US
Bruce Phillip Edwards - Menlo Park CA, US
Peter Thomas Tennessen - Oakland CA, US
Jayesh Bharat Gorasia - San Francisco CA, US
Hugh Burnett Ross - San Francisco CA, US

Tesla, Inc. - Palo Alto CA

H01M 10/6556
H01M 10/6554
H01M 10/643
H01M 2/10

An energy storage pack includes a coolant inlet manifold, a coolant outlet manifold, and a plurality of thermal-exchange tubes extending between the coolant inlet manifold and the coolant outlet manifold to exchange heat between coolant passing through the plurality of thermal-exchange tubes and a plurality of battery cells mounted adjacent to and among the plurality of thermal-exchange tubes within the energy storage pack. In one embodiment, at least one of coolant inlet manifold and the coolant outlet manifold includes a plurality of thermal-exchange tube terminating structures and a plurality of hose segments intercoupling the plurality of thermal-exchange tube terminating structures. The energy storage pack may further include a coolant inlet opening located on the coolant inlet manifold and a coolant outlet opening located on the coolant outlet manifold.

2015011, Apr 23, 2015

Oct 17, 2013

14/056552

- Palo Alto CA, US
Ernest Villanueva - Mountain View CA, US
David E. Hegeman - San Jose CA, US
Satvik Vipin Batavia - Newark CA, US
Ganesh Singh - Westbloomfield MI, US
Alex Prilutsky - San Mateo CA, US
Scott I. Kohn - Redwood City CA, US
Bruce P. Edwards - Menlo Park CA, US
Peter Tennessen - San Francisco CA, US

Tesla Motors, Inc. - Palo Alto CA

H01M 10/6555
H01M 10/6567
H01M 10/6557
H01M 10/625

429120, 1562755

A method includes: assembling a thermal-exchange tube in a module housing for an energy storage pack; assembling cells in the module housing, wherein the thermal-exchange tube runs between rows of the cells; applying an adhesive that affixes the cells and the thermal-exchange tube to the module housing; curing a first portion of the adhesive by radiation, wherein a second portion of the adhesive is shielded from the radiation by the cells or the thermal-exchange tube; and curing at least the second portion of the adhesive by a chemical cure mechanism.

2014033, Nov 13, 2014

May 10, 2013

13/891580

- Palo Alto CA, US
Mark Goldman - Mountain View CA, US
Woodruff Phillips - Redwood City CA, US
Dorian W. West - Menlo Park CA, US
Paul Guerra - Mountain View CA, US
Angus W. Rittenburg - Perkasie PA, US
Ganesh Singh - Westbloomfield MI, US
Kevin Anderson - Mountain View CA, US
Adam Horton - San Francisco CA, US
Peter How - Sunnyvale CA, US

Tesla Motors, Inc. - Palo Alto CA

H01M 10/42
H01M 10/6567
H01M 10/613
H01M 2/36
H01M 10/625

137 2, 429 82, 137312

A method of managing leakage of liquid inside a battery system comprises: containing leaking liquid in a non-liquid sensitive region of the battery system so as to protect internal electrical components of the battery system from coming in contact with the leaking liquid; and in direct response to the leakage, expunging the leaking liquid from the battery system. A drain device includes: a body with a port therethrough, the body configured to be positioned in a wall of a container; means for opening the port in response to a first liquid contacting the drain device on an inside of the container; and means for resisting ingress into the container by a second liquid that contacts the drain device on an outside of the container.