LEONARD BRUCE PESKO
Real Estate Commission in Philadelphia, PA
License number
Pennsylvania RS181983L
Category
Real Estate Commission
Type
Real Estate Salesperson-Standard
Address
Address
Philadelphia, PA 19151
Personal information
See more information about LEONARD BRUCE PESKO at radaris.comName
Address
Phone
37 E Marthart Ave, Havertown, PA 19083
1327 Westbury Dr, Philadelphia, PA 19151
905 Carroll Rd, Wynnewood, PA 19096
37 Marthart Ave, Havertown, PA 19083
37 Marthart Ave, Haverford, PA 19083
Professional information
Vice President, Marketing &Amp; Sales
Position:
Consultant at Independent Energy Research
Location:
Greater Philadelphia Area
Industry:
Industrial Automation
Work:
Independent Energy Research
since Feb 2003
-
Consultant
Connect America Medical Alert Company
2012 - 2013
-
Senior Consultant
TBW Industries
Nov 2007 - 2009
-
Vice President, Marketing & Sales
Business Strategy Group
Feb 1986 - Nov 2003
-
President
Energy IQ Systems, Inc.
Nov 1995 - Feb 2003
-
Executive Vice President
Zenith Data Systems
Feb 1983 - Apr 1986
-
Senior National Accounts Manager
Education:
Drexel University 1967 - 1972
BS C&E/EDP, Computer science, Business, Engineering Continuing Education
BS C&E/EDP, Computer science, Business, Engineering Continuing Education
Skills:
Business Strategy, Contract Negotiation, Marketing, Product Development, Business Planning, New Business Development, Sales Operations
Honor & Awards:
Philly 100 Award
Bass Award
multiple sales volume awards
Temperature Determination In A Controlled Space In Accordance With Occupancy
US Patent:
6536675, Mar 25, 2003
Filed:
Feb 14, 2001
Appl. No.:
09/783184
Inventors:
Leonard B. Pesko - Philadelphia PA
Brian E. Gross - Clementon NJ
Allan B. Gross - Cherry Hill NJ
Erich F. Kielburger - Philadelphia PA
Brian E. Gross - Clementon NJ
Allan B. Gross - Cherry Hill NJ
Erich F. Kielburger - Philadelphia PA
Assignee:
EnergyIQ Systems, Inc. - Deptford NJ
International Classification:
G05D 2300
US Classification:
236 47, 165238
Abstract:
A method is provided for managing the energy usage of an energy consuming system adapted to determine the energy of a controlled space, the energy consuming system including a plurality of operating components having on and off states and a plurality of differing noise levels when making transitions between the on and off states. The method includes determining the noise levels of the components of the energy consuming system, selecting a relatively low noise level component of the energy consuming system to provide a selected noise masking component, and causing a relatively high noise level component of the energy consuming system differing from the selected noise masking component to make a transition between on and off states. The method further includes causing the selected noise masking component to make a transition between its on and off states after the transition of high noise level component. The noise level of the selected noise masking component prior is increased prior to the transition of the high noise level component and decreased thereafter.
Energy Management System And Method
US Patent:
6290140, Sep 18, 2001
Filed:
Mar 4, 1999
Appl. No.:
9/262956
Inventors:
Leonard B. Pesko - Phila PA
Brian E. Gross - Clementon NJ
Allan B. Gross - Cherry Hill NJ
Robert N. Capper - Hardy VA
Erich F. Kielburger - Philadelphia PA
Brian E. Gross - Clementon NJ
Allan B. Gross - Cherry Hill NJ
Robert N. Capper - Hardy VA
Erich F. Kielburger - Philadelphia PA
Assignee:
EnergyIQ Systems, Inc. - Deptford NJ
International Classification:
A61F 1106, G10K 1100
US Classification:
236 47
Abstract:
A method is provided for managing the energy usage of an energy consuming system adapted to determine the energy of a controlled space, the energy consuming system including a plurality of operating components having on and off states and a plurality of differing noise levels when making transitions between the on and off states. The method includes determining the noise levels of the components of the energy consuming system, selecting a relatively low noise level component of the energy consuming system to provide a selected noise masking component, and causing a relatively high noise level component of the energy consuming system differing from the selected noise masking component to make a transition between on and off states. The method further includes causing the selected noise masking component to make a transition between its on and off states after the transition of high noise level component. The noise level of the selected noise masking component prior is increased prior to the transition of the high noise level component and decreased thereafter.