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Projects & Capabilities

Commercial and Industrial Projects: NEO Virtus Engineering offers complete electrical and solar design services for commercial and industrial clients.  Our strong background in building electrical distribution and solar resource assessment enables us to design systems which maximize your return on investment by optimizing your systems performance and minimizing its installed cost.
Institutional Projects NEO has designed photovoltaic systems for a number of institutions over the years.  Typical projects include schools and universities, museums, and park facilities.

  • 4MW preliminary design, landfill ground mount, Brockton, MA 2015
  • 3.3MW 30% design landfill ground mount, Amesbury, MA 2016
  • 2.4MW 30% design quarry ground mount, Winchendon, MA 2015
  • Supported 80MW system commissioning Warsaw, NC. 2015
  • Directional power protective relay: design/build/program. Target retail outlet, Wilson, NC. 2015
  • 1MW roof mounted installation, Brooklyn Navy Yard. New York, NY. 2015
  • 3MW ground mount PV system design (four locations) MV interconnections. Middleboro, MA. 2015
  • Utility scale PV system interconnection applications totaling 50MW, locations vary. MA. 2015
  • Directional power protective relay: design/build/program. Macy’s facility, Staten Island, NY. 2014
  • 620kW Building Integrated PV system PS62. Full electrical design of PV system. Staten Island, NY 2015
  • 12MW PV System Layout, preliminary Electrical Design, and Production Modeling, Sensitivity analysis including optimizing array layout based on tilt and land constraints to maximize revenue stream. E. Brookfield, MA, 2014
  • 1MW PV System Phase I: Layout, preliminary Electrical Design, and Production Modeling. Phase II: IFC design: 1000V DC design, overhead & underground MV design to PCC per NGrid ESB requirements. Protective relay design. Norton, MA, 2014
  • 1.4MW PV System Layout, preliminary Electrical Design, and Production Modeling, Sensitivity analysis including optimizing array layout based on tilt and land constraints to maximize revenue stream. W. Brookfield, MA, 2014
  • 1MW Photovoltaic System Owner’s Engineer. Gardner, MA, 2014
  • 600kW PV System SEL 351 relay design and programming including ANSI 27, 32, 59, 81O/U relay device functions. Relay protection based on real time inverter production curtailment based on facility utility demand to eliminate exporting to ConEd secondary network grid. Project also included ETAP coordination short circuit studies. Staten Island, NY, 2013
  • 1MW PV system Utility Remote Terminal Unit (RTU) design and programming for local utility telemetry requirements. RTU unit included a GarrettCom Industrial Router and SEL Real Time Automation Controller RTAC 3530Quincy, MA, 2013
  • 1.6MW PV System design for IA. Chemung, NY
  • 500kW PV System SEL 351 relay program & coordination study with utility and customer protection devices utilizing ETAP power systems analysis software. Plymouth, MA, 2013
  • 750kW PV System SEL 700GT Protective Relay Design and programming for interconnection per utility ANSI function requirements. Falmouth, MA, 2012
  • 2MW PV System design for IA. Ludlow, MA 2012
  • 242kW PV System electrical design Boston Water & Sewer. Boston, MA 2012
  • 3MW PV System design for IA. Williamsburg, MA 2012
  • 3MW PV System 50% design for IA & bid. Hillsborough, NJ, 2011
  • 750kW PV/Diesel/Wind microgrid. Design for bid & optimizations, Iraq, 2011
  • 775kW PV Systems served as Owner’s Engineer. Everett & Franklin, MA, 2011760kW seven PV systems, Owner’s Engineer. Cape Cod, MA 2011
  • 240kW PV System provided complete electrical design. Harvard, MA, 2010
  • 1MW PV System Commissioning & Performance Verification, National Grid, Whitinsville, MA, 2010 year
  • Utility Solar Monitoring Project, Sacramento Municipal Utility District, remote monitoring of 72 wireless (designed & built), 690 square mile irradiance sensor network Sacramento, CA, 2010 to present.
  • 500kW PV System Commissioning. Everett, MA, 2010
  • 251kW PV System City of Newark, Wilson Ave Muni Garage. Newark, NJ, 2009
  • 75kW PV System Electrical Design, Bank of New York Mellon. Everett, MA, 2009
  • 441kW, 180kW, 54kW PV Systems. PV specialist Owner’s Engineer for MWRA and Greater Lawrence Sanitary District’s PV systems. Boston/Lawrence, MA 2007-2010  160kW PV System, GE headquarters, Fairfield, CT. CT, 2007
  • 200kW PV System Waste Water Treatment Plant. Owner’s engineer. Westborough, MA, 2007
  • 200kW BIPV Electrical System, Beckwith Protective Relay & Data Acquisition Design NY Metropolitan Transit Authority (MTA), Stillwell Ave subway station. Brooklyn, NY 2005
  • 400kW collected projects, NYC, New York. NY, 2001 to 2005
  • 1.1MW PV collected projects, NYC & NJ. NY & NJ, 2001 to 2005
  • 1MW PV System Cepalco Electric Utility, Construction Phase QA, Commissioning & Performance Verification, Irradiance, Inc., Philippines, 8°26’11.25”N 124°39’38.70”E, 2004
  • Served as Owner’s Engineer/Consultant for NYSERDA, Mass Technology Collaborative (MTC, now MCEC), Connecticut Clean Energy Fund (CCEF, now CEFIA) 2002 to 2010