Completed rural ground-mount solar array

Complete project case study

Ground-mount solar—from the first layout to the finished system.

A real Big Bark project documented across every major phase: racking, panels, conduit routes, trenching, field wiring, equipment integration, labeling, and cleanup.

Project scope

One large installation planned as one connected system.

This was more than setting panels in a field. The array, underground routes, exterior equipment, and inverter-and-battery wall all had to work together physically and remain understandable after the trenches were closed and the covers went on.

Project type: Ground-mount solar and energy storage
Work shown: Layout through final integration
Photo record: Actual Big Bark project

Site layout and racking preparation

The project began by establishing two long ground-mount rows, staging the racking components, confirming the working footprint, and keeping the installation organized before the first panels went on.

Two ground-mount solar rows laid out across grass with racking components staged — Initial array layout and protected work area

Two aligned rows of ground-mount solar racking during early assembly — Long racking runs aligned and assembled

Panel installation and array completion

With the structure aligned, the panel rows were installed as a complete array. The wide site view also helped keep later conduit and equipment routes tied to the overall plan rather than treated as separate pieces.

Large completed ground-mount solar array with trees and mountains behind it — Both ground-mount panel rows assembled

Conduit planning, trenching, and documentation

The route from the array to the equipment buildings was planned around the property, formed with clean sweeps where it stayed visible, trenched through the longer underground sections, and documented before backfill concealed the work.

Conduit sections and clean sweeps staged along the planned building route — Visible routes planned around the building

Open trench carrying conduit from an equipment building toward the solar array — Underground conduit route in progress

Tape measure documenting conduit depth inside the trench — Route depth documented before backfill

Equipment placement and organized field wiring

The equipment-side work brought the array connections, disconnects, junction points, inverters, and wall batteries together. Conductors were kept identifiable and equipment was arranged with access, serviceability, and later troubleshooting in mind.

Dual inverters and three wall batteries positioned inside an equipment shed — Inverters and wall batteries positioned

Labeled conductors organized inside an outdoor solar junction enclosure — Field conductors organized and labeled

Outdoor disconnect enclosure mounted along the solar conduit route — Exterior disconnect and conduit connection

Final labeling, cleanup, and finished system

The last phase focused on the details that remain after the heavy work is finished: restoring the trench route, completing equipment-side connections, labeling conductors, and leaving the system in a state that can be understood and serviced later.

Backfilled and restored trench line leading toward the completed solar array — Underground route backfilled and restored

Labeled conductors and disconnect equipment on the building exterior — Equipment-side conductors clearly identified

Completed dual-inverter and three-battery equipment wall with organized conductors — Completed inverter and battery equipment wall

Finished result

A complex installation left organized, documented, and serviceable.

The project came together as a complete system—from the two long panel rows in the field to the labeled connections and finished equipment wall—while keeping future inspection and troubleshooting in view.

Have a property or technology project with a lot of moving parts?Start with the goal, the site conditions, and what the finished system needs to do.

Request service Call 509-680-9400 Text Big Bark