Our Project Portfolio

Located in Bucksport, ME, this project is comprised of two arrays separated by a nearly 2,000-foot access road connecting to Route 1. This project included the installation of a thirty-foot-long vehicular stream crossing bridge which required significant coordination with the US Army Corp of Engineers to ensure protection of endangered species in the stream throughout the construction.

Located in Hermon, ME, this project was developed and constructed within a larger subdivision being simultaneously constructed by others. This site required extensive phasing and erosion control planning as the array area was comprised of nearly 400,000 square feet of wetland area within the array footprint where ground disturbance was prohibited and temporary construction matting was limited to coverage of 110,000 square feet per phase as defined by the Army Corp of Engineers and Maine DEP project permits.

Located in Fitchburg, MA, this site presented unique civil and electrical challenges with steep slopes, shallow rock outcroppings, and drainage concerns from the abutting landowners made more complex by tree clearing done by the previous landowner. This project includes a DC-coupled Battery Energy Storage System (BESS) for reliable power day and night.

Located in Newburgh, NY, Mountain Gardens Solar expanded NAR's footprint from Maine and Massachusetts markets into New York. This project consists of two distinct arrays—Northern and Southern—separated by steep, rugged terrain. The challenging topography required a carefully sequenced and highly coordinated construction plan to ensure safe access, efficient equipment movement, and uninterrupted progress across both sections of the site.

Located in Crown Point, New York, Vineyard 1 & 2 are co-located sites with separate points of interconnection on either side of Vineyard Road in the Adirondack Park Agency's Jurisdiction. NAR provided comprehensive support for permitting compliance, including close coordination with the Adirondack Park Agency to ensure all project activities met applicable regulatory and environmental requirements.

Route 19 North and West are co-located sites on adjacent properties with shared access and parallel points of interconnection. The project sites required extensive earthwork, including several acres of grading to accommodate the single-axis tracker racking system and to establish stable foundations across varying terrain. Three engineered bioretention basins were constructed to effectively manage stormwater runoff, improve onsite drainage, and meet all state and local environmental compliance requirements.

Located in Anson, ME, this takeover project consisted of two arrays separated by a ~1,600' overhead service. The scope of work generally consisted of completing the underground, form & pour, and equipment installation at Equipment Pad 1, Installation Verification Testing of installed DC source circuits and feeders, module and racking torque verification, DAS installation, project energization, and Witness Testing. NAR's O&M team was able to bring the project online within the customer's desired project timeline, just prior to the heavy winter season.

Located in Cumberland, RI, this rooftop array had experienced a significant thermal event due to mismatch connectors, causing arcing at the connector which resulted in a cascade of failures, damaging roughly 20% of the PV array. NAR's O&M team was contracted to make safe the system and remove the damaged portion of the array to allow for damage assessment and roof repairs. Later, this portion of the array was designed to be reinstalled using a Genmounts racking system, retrofit to integrate with the existing system.

Located in West Greenwich, RI, this ground mount solar array was experiencing an abundance of string outages. The client had hired an outside contractor to perform an aerial flyover to determine the severity of the string outages. NAR O&M team was contracted to perform an investigation into the outages. What our team uncovered was that mice had infiltrated the row-row jumper conduits and were feasting on the PV insulation of the source circuits, all due to a failure to seal the weatherheads.

Located in Burlington, CT, this nearly 12 year old rooftop solar array had experienced deterioration of the DC source circuits and the ballast blocks. Maintaining the existing design, NAR's O&M Team was contracted to replace all DC source circuits, improve the condition of the basket tray and wire management across the entire array, and replace the deteriorated ballast blocks. NAR worked closely with the building facilities to perform this work without disturbing the school and students.

Located in Angola, NY, NAR's O&M Team was approached by a system owner to investigate and repair a failed AC feeder. Arriving on site, NAR performed Insulation Resistance Testing (IRT) on the suspected failed feeder and confirmed an insulation failure on (A) phase. The feeders were removed and replaced and conduits sealed. Another Insulation Resistance Test was performed to confirm the new feeders were sufficient. Production was restored following installation.

Heath Brook is an Operations & Maintenance project where NAR's O&M team provides ongoing service and support to maintain optimal system performance and address any issues that arise.