Clean Harbors Development – Bridgeport, New Jersey

System Description:1.5 MW ground mounted system for a capped landfill.  System consisted of a ballasted racking system as the cap could not be penetrated.  System utilized (2) 500kW and (1) 250kW AEI bi-polar inverters.  System commissioned in April 2011.

Roles and Responsibilities: Provided conceptual level design and engineering oversight during development of the construction documents completed by a local engineering firm.

SAS Institute – Cary, North Carolina

SAS InstituteSystem Description:1.2 MW system using single axis trackers, (2) 500kW SMA inverters, and a 1600A switchgear.  System was directly connected to the utility distribution system thru a step-up transformer.  System commissioning completed in July 2010.

Roles and Responsibilities: Project Engineer responsible for conceptual level design and oversight of the construction drawings by local engineering firm.  Provided engineering oversight during construction and performed final system commissioning and performance validation.

Winter’s Waste Water Treatment Facility – Winters, California

Winter's Waste Water TreatmentSystem Description:250kW single axis tracker PV system, with single SMA 250kW inverter.  System commissioned in May 2010.

Roles and Responsibilities: Coordinated with civil engineer on site requirements.  Responsible for the preparation of the complete set of electrical construction documents, which were then reviewed and stamped by CA licensed engineer.  Performed final system commissioning and performance validation.

Regional School District No.7 – Winsted, Connecticut

Regional School District 7System Description:450KW rooftop PV system located on multiple rooftops using a Sunlink ballasted PV racking systems.  System consisted of (1) 250kW and (1) 135kW Satcon inverters and new dedicated switchgear.  Existing switchgear needed to be upgraded to allow for the interconnection of the PV system.  System was commissioned in January 2010.

Roles and Responsibilities: Project Engineer responsible for array layout and preparation of the required construction documents.  Provided engineering oversight during construction and performed final system commissioning and performance validation.

Winn Development – Massachusetts and Connecticut

System Description:Rooftop PV systems at (7) different locations in MA and CT, totaling 850kW DC.  Systems commissioned in December 2008.

Roles and Responsibilities: Project Engineer responsible for preparation of construction documents for each site.  Provided engineering oversight during construction and performed final system commissioning and performance validation.

Pathmark Stores PV Systems – New Jersey

System Description:Three 250kW rooftop systems on three different stores.  Systems commissioned in March 2007.

Roles and Responsibilities: Project Engineer responsible for preparation of construction documents for each site.  Provided engineering oversight during construction and performed final system commissioning and performance validation.

Various PV Projects within Vermont

Roles and Responsibilities: Project Engineer responsible for preparation of the complete set of construction documents.  Performed final system commissioning and performance validation.
•    RSD Trucking, White River Junction, VT – 100kW rooftop system.   Commissioned in January 2010.
•    Worcester State College, Worcester, MA – 105kW rooftop system.   Commissioned in May 2009.
•    Green Mountain Coffee Roasters, Waterbury, VT – 100kW rooftop system.   Commissioned in May 2009.
•    Farm-Way Store, Bradford, VT – 60kW fixed ground mount system.   Commissioned in February 2009.
•    Green Mountain Power, Westminster, VT – 60kW fixed ground mount PV system.   Commissioned in January 2009.