Search

Gordon Bowman-Jones Phones & Addresses

  • 204 Stanley Ave, Pacifica, CA 94044

Resumes

Resumes

Gordon Bowman-Jones Photo 1

Director Of Market Development - Renewable Energy Practice

View page
Location:
San Francisco, CA
Industry:
Insurance
Work:
Walsh Carter & Associates Insurance Services since 2008
Director of Market Development - Renewable Energy Practice

Deerfield Systems, Thermocycle Engineering, Sentry Switch Feb 1994 - May 2007
AEE - Certified Energy Manager
Education:
RMIT University 1963 - 1967
Alexandra High School 1960 - 1966
Footscray High School 1960 - 1964
Skills:
Renewable Energy
Solar Energy
Energy
Alternative Energy
Energy Management
Cleantech
Energy Efficiency
Sustainable Energy
Photovoltaics
Project Finance
Wind
Sustainable Business
Biomass
Business Strategy
Insurance
Business Development
Contract Negotiation
Start Ups
Business Planning
Strategy
Sustainability
Venture Capital
International Business
Entrepreneurship
Mergers and Acquisitions
Due Diligence
Executive Management
Strategic Partnerships
Climate Change
Green Building
Corporate Development
Air Show Announcer and Narrator
Energy Conservation
Clean Technology
Sustainability Consulting
Energy Policy
Joint Ventures
Smart Grid
Private Equity
Natural Gas
Solar Thermal
Solar Power
Sustainable Development
Environmental Awareness
Global Business Development
Water
Gordon Bowman-Jones Photo 2

Gordon Bowman-Jones

View page

Publications

Us Patents

Apparatus For Controlling Power Consumption In Lighting Loads And The Like

View page
US Patent:
44108389, Oct 18, 1983
Filed:
Jul 2, 1981
Appl. No.:
6/279774
Inventors:
Kurt A. Hirschfeld - Santa Rosa CA
Gordon H. Bowman-Jones - Pacifica CA
Assignee:
Automatic Energy Control Corporation - San Rafael CA
International Classification:
H05B 3700
US Classification:
315320
Abstract:
Apparatus for interrupting power to a plurality of parallel loads such as lighting circuits and selectively reapplying power to the loads includes a first switch serially interconnecting the loads to a power line. Second switch circuits are serially connected with each load whereby interruption of power to a load for a predetermined period of time opens the switch circuits. The switch circuits include bidirectional conduction devices such as triacs which require a gating signal before becoming conductive. A resistor-capacitor circuit provides a gating signal to the triac to maintain conduction thereof for the predetermined period of time.

Electro Mechanical Switch Having Remotely Controlled Off Position

View page
US Patent:
46396128, Jan 27, 1987
Filed:
May 3, 1985
Appl. No.:
6/729924
Inventors:
Gordon Bowman-Jones - Foster City CA
Assignee:
Endless Energy, Inc. - Paramas NJ
International Classification:
H01H 152
US Classification:
307132E
Abstract:
An electromechanical switch can be remotely opened by the interruption of electrical power to the switch for a minimum period of time. The switch includes a power terminal, a first switch (off) terminal, and a second switch (on) terminal. A first spring contact is coupled to the power terminal and spring biased to the off switch terminal. A second spring contact is coupled to the on switch terminal and is configured to receive the first spring contact in yieldable engagement. A lever is coupled to the first spring contact for manually moving the first spring contact to engagement with the first spring terminal and with the second spring contact. A solenoid is actuated in response to the interruption of power from the switch and flexes the second spring contact for releasing the yieldable engagement of the first and second spring contacts.

Electro Mechanical Switch Having Remotely Controlled Off Position

View page
US Patent:
48048623, Feb 14, 1989
Filed:
Sep 3, 1986
Appl. No.:
6/903318
Inventors:
Gordon Bowman-Jones - Foster City CA
James E. Warthan - Indianapolis IN
International Classification:
H01H 152
US Classification:
307140
Abstract:
The switch includes a cantilevered switch arm including a power contact, first and second switch terminals with the power contact positioned therebetween, the cantilevered switch arm being yieldably biased with the power contact engaging the first switch terminal. A manually operated lever is provided for engaging and disengaging the switch arm and moving the power contact into engagement with the second switch terminal. A pivotable latch arm is provided for latching the switch arm with the power terminal engaging the second switch terminal. A solenoid is actuable in response to removal of power from the power contact for pivoting the latch arm and releasing the switch arm.
Gordon H Bowman-Jones from Pacifica, CA Get Report