Claire H Woo

20080044693, Feb 21, 2008

Aug 17, 2007

11/840710

Jay Benziger - Lawrenceville NJ, US
Claire Woo - Berkeley CA, US

H01M 8/04

429013000, 429022000, 429023000

A fuel cell is provided, which includes a first plenum around an anode for receiving fuel, and a second plenum around a cathode for receiving oxygen. A fluid controller controls the supply of fuel to the first plenum or oxygen to the second plenum. A sensor detects the load on the fuel cell, and a controller controls the fluid controller in response to the load detected by the sensor. A method for controlling the output of a fuel cell is also provided, which includes the step of providing a fuel cell having a reaction area with an effective area where reactions may occur. The demand on the fuel cell is detected and the effective area of the reaction area is varied in response to the demand. Alternatively, the fuel cell may have an internal resistance, and the method may include varying the internal resistance in response to the demand.

20120085992, Apr 12, 2012

Sep 30, 2011

13/251044

Pierre M. Beaujuge - Berkeley CA, US
Claire H. Woo - Berkeley CA, US
Jean M.J. Frechet - Oakland CA, US

The Regents of the University of California - Oakland CA

H01L 51/50
H01B 1/12
C08G 75/06
C08G 73/06

257 40, 528 9, 2525011, 257E51024

The present invention provides for a polymer comprising a π-conjugated backbone comprising a furan. The polymer has a narrow or low band gap and/or is solution processable. In some embodiments, the polymer is PDPP2FT or PDPP3F. The present invention also provides for a device comprising the polymer, such as a light-emitting diode, thin-film transistor, chemical biosensor, non-emissive electrochromic, memory device, photovoltaic cells, or the like.

20160218505, Jul 28, 2016

Aug 28, 2014

14/914369

- Stuttgart, DE
Claire Woo - San Francisco CA, US
Jasim Ahmed - Mountain View CA, US
Maksim V. Subbotin - San Carlos CA, US

Robert Bosch GmbH - Stuttgart

H02J 3/06
G05B 13/04
H02J 3/28

A planning tool and method for energy asset sizing and optimal dispatch is provided for managing the inter-temporal optimization problem caused by adding energy assets to an energy system. The tool and method are configured to optimally size and to operate energy assets including energy storage assets. Value stream models, asset cost models, constraint and operation strategies are applied in the tool and the optimization process.

20140265581, Sep 18, 2014

Mar 14, 2014

14/210586

- Stuttgart, DE
- Farmington Hills MI, US
Kerstin Rittler - Stuttgart, DE
Claire Woo - San Francisco CA, US

Robert Bosch GmbH - Stuttgart
Bosch Energy Storage Solutions LLC - Farmington Hills MI

H02J 7/34

307 48

A containerized energy storage system including a human-machine interface (HMI). The HMI is located at the site of the containerized energy storage system either in close proximity to the exterior of the system, on an exterior wall of the system, or within a space or compartment formed in the exterior wall of the system which is closable to protect the HMI from the elements but which is accessed exteriorly by a user.