CHRISTOPHER E PINETTE
Electrician in Seekonk, MA
License number
Massachusetts 32953
Issued Date
Mar 27, 1989
Expiration Date
Jul 31, 2019
Type
Journeyman Electrician
Address
Address
Seekonk, MA 02771
Professional information
Christopher Pinette - Seekonk, MA
Work:
Texas Instruments
Application Lab Manager Texas Instruments - Attleboro, MA
R&M Electrician
Application Lab Manager Texas Instruments - Attleboro, MA
R&M Electrician
Education:
New England Technology Institute - UK
A.S. in Science Renewable Energy New England Technical Institute
A.S. in Electrical Technology
A.S. in Science Renewable Energy New England Technical Institute
A.S. in Electrical Technology
Power Generator Module Connectivity Control
US Patent:
2013000, Jan 10, 2013
Filed:
May 29, 2012
Appl. No.:
13/482911
Inventors:
Keith W. Kawate - Attleboro Falls MA, US
Christopher E. Pinette - Seekonk MA, US
John R. Wezowicz - Taunton MA, US
Thomas R. Maher - Rehoboth MA, US
Michael B. Rose - Marlon MA, US
Christopher E. Pinette - Seekonk MA, US
John R. Wezowicz - Taunton MA, US
Thomas R. Maher - Rehoboth MA, US
Michael B. Rose - Marlon MA, US
International Classification:
H02J 1/06
US Classification:
307 77
Abstract:
A remote resource can be configured to control connectivity of the power generator modules in a string. For example, a respective power generator module can include a current sense circuit that monitors for presence of communication signal. The power generator module can monitor for a presence of a remotely generated control signal over power line that is used by the respective power generator module to convey power to the external load. If the control signal is present on the power line, as generated by the remote resource, the control circuit in the respective power generator module activates the switch to an ON state such that respective activated power generator module is connected in series with the other activated power generator modules. If no keep-alive control signal is detected within a timeout period, the controller deactivates the respective power generator module.