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Jiyong Lian

from Austin, TX
Age ~50

Jiyong Lian Phones & Addresses

  • 9264 Scenic Bluff Dr, Austin, TX 78733
  • 3690 New York St, Aurora, IL 60504 (630) 978-2918
  • 2921 Michigan St, Chicago, IL 60616 (312) 328-3680 (312) 328-3689
  • Bellingham, WA

Resumes

Resumes

Jiyong Lian Photo 1

Senior Commodity Manager, Inverter And Storage

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Location:
Austin, TX
Industry:
Renewables & Environment
Work:
Sunrun
Senior Commodity Manager, Inverter and Storage

Huawei North America Smart Pv Plant Solution Dec 2016 - Nov 2017
Senior Product Manager

Huawei North America Smart Pv Power Plant Solution Dec 2016 - Nov 2017
Director of Services

Sunpower Corporation Mar 2011 - Dec 2016
Technical Manager, Dg Products

Tripp Lite Sep 2007 - Dec 2010
Senior Electrical Design Engineer
Education:
University of New Brunswick
Master of Science, Masters, Electronics
Skills:
Photovoltaics
Renewable Energy
Business Development
Manufacturing
Engineering Management
Solar Energy
Energy Management
Languages:
English
Jiyong Lian Photo 2

Jiyong Lian

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Location:
Austin, TX
Skills:
Systems Analysis
Power Electronics
Inverters
Short Circuit
Load Flow
Jiyong Lian Photo 3

Staff Electrical Engineer (Power Electronics Systems) At Sunpower Corporation

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Location:
Austin, Texas Area
Industry:
Renewables & Environment
Education:
University of New Brunswick
MScE, Power Electronics, Renewable Energy

Publications

Us Patents

Mitigation Of Arc Flash Hazard In Photovoltaic Power Plants

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US Patent:
20140078793, Mar 20, 2014
Filed:
Sep 18, 2012
Appl. No.:
13/622270
Inventors:
Seshadri SIVAKUMAR - Austin TX, US
Jiyong LIAN - Austin TX, US
Venkat Reddy KONALA - Montgomery Village MD, US
David BARR - Berkeley CA, US
Priyantha SIRISOORIYA - Cedar Park TX, US
Jacqueline AHMAD - Austin TX, US
Jason SPOKES - Los Angeles CA, US
International Classification:
H02H 7/122
US Classification:
363 55
Abstract:
Arc flash mitigation devices are employed to protect personnel during maintenance of photovoltaic inverters. During normal operation, an alternating current (AC) output of a photovoltaic inverter is coupled to a low voltage winding of a step up transformer through a bus-bar (e.g., an electrically conductive interconnect), which has higher current rating than a fuse. During maintenance, the bus-bar is replaced with the fuse. The fuse may be employed in conjunction with a switch. The switch may be a disconnect switch that places the bus-bar in parallel with the fuse during normal operation, and decouples the bus-bar from the fuse during maintenance. The switch may also be a transfer switch that places either the bus-bar or the fuse in series with the AC output of the photovoltaic inverter and the low voltage winding of the step up transformer.

Control Techniques For Photovoltaic Power Plants

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US Patent:
20130250635, Sep 26, 2013
Filed:
Mar 22, 2012
Appl. No.:
13/427729
Inventors:
Seshadri SIVAKUMAR - Austin TX, US
Jiyong LIAN - Austin TX, US
International Classification:
H02M 7/44
US Classification:
363 71
Abstract:
A photovoltaic power plant includes solar cells and inverters that convert direct current generated by the solar cells to alternating current. The reactive powers generated by the inverters are based on a reactive power generated by a virtual inverter. The virtual inverter has an equivalent impedance representing the impedances of the inverters in the photovoltaic power plant. The reactive power setpoints of the inverters may be received from a local interpreter. The local interpreter may generate the reactive power setpoints from a global reactive power setpoint generated by a grid controller.

Control Techniques For Photovoltaic Power Plants

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US Patent:
20160344191, Nov 24, 2016
Filed:
May 20, 2016
Appl. No.:
15/160882
Inventors:
- San Jose CA, US
Jiyong LIAN - Austin TX, US
Assignee:
SunPower Corporation - San Jose CA
International Classification:
H02J 3/38
H02J 3/18
H02M 7/44
Abstract:
A photovoltaic power plant includes solar cells and inverters that convert direct current generated by the solar cells to alternating current. The reactive powers generated by the inverters are based on a reactive power generated by a virtual inverter. The virtual inverter has an equivalent impedance representing the impedances of the inverters in the photovoltaic power plant. The reactive power setpoints of the inverters may be received from a local interpreter. The local interpreter may generate the reactive power setpoints from a global reactive power setpoint generated by a grid controller.
Jiyong Lian from Austin, TX, age ~50 Get Report