OMCO Origin^®
Factory-Direct Trackers

Overview

OMCO Origin Factory-Direct Trackers are designed for quick, easy and safe installation, and fewer trackers per MW. With fewer controllers and motors per MW, our single-axis tracker system delivers cost-effective solar energy solutions from lower tracker cost and commissioning expenses to reductions in operations and maintenance costs overall.

OMCO Solar designs and manufactures One-In-Portrait (1P) solutions to meet the needs of a wide range of solar projects for utility scale, distributed generation (DG), and community solar markets. We offer full-scale support including geotechnical, structural, installation, and commissioning, making 1P solar tracker deployment seamless. Whether for traditional solar farms, emerging agrivoltaics applications, or meeting the energy demand to support data centers, our advanced solar solutions ensure reliability and efficiency in tracking the sun for maximum energy output across current and up-and-coming markets within the US.

Foundation Solutions
for Every Terrain

OMCO C PILES
GROUND SCREW ASSEMBLY
SOURCED W PILES

Premium Features

Solar Proven Bearing Materials

Made of cast aluminum, galvanized steel and a unique low-friction, low- wear polymer blend wear surface.

6 Dimensions of Adjustment

To accommodate post misalignment and terrain. Avoids removal or reinstallation of poorly placed posts.

Made in the USA

Factory preassembled in the USA at OMCO Solar.

Balanced Design

Axis of rotation at the table’s center of mass — more accurate targeting and reduced energy consumption.

Long Wear Life

Tested to more than 40 years equivalent life.

Quick Installation

Supplied as a single unit to minimize installation time

Labor-Saving Bearing

The OMCO Origin bearing features a unique problem-solving design that can eliminate major costs and delays due to poor post placement. This innovative bearing adjusts 6 ways to accommodate post misalignment without requiring an expensive post re-install and ensuring ease of tracker installation especially across undulating terrains.

OMCO Origin bearings are factory preassembled and shipped as a single unit, in a “nominal” position with all adjustment features in the middle ranges, streamlining setup on site.

Factory preassembled
6 adjustable ways to compensate for posts and terrain issues
Low friction, self-lubricating design for long wear life that contributes to the reliability of our high-performance tracker

OMCO Origin One-In-Portrait Trackers

Mounting Options for all Commercially Available Modules

First Solar Series 6/6+

First Solar Series 7

Large Format/Bifacial

Design for Fast, Easy and Safe Installation

‍The preassembled module mounts for OMCO Solar’s One-in-Portrait (1P) solar tracker systems can be installed on the torque tube at any spacing, accommodating modules of any size and weight.

These capabilities allow the OMCO Origin single-axis tracker to utilize standard production parts to mount all framed modules and First Solar’s Series 7, eliminating the need for custom orders and the associated project delays. With solar tracker efficiency in mind including simplifying installation and reducing labor costs, our cost-effective solar energy solutions put the manufacturing power into your hands.

Factory preassembled for faster installation and lower costs
Fasten from below – no ladders needed, both feet on the ground for improved safety and faster install
Minimal module spacing – high Ground Coverage Ratio (GCR)

Technical Specifications

Download Tech specs

Tracking Technology

Single-row, horizontal, balanced, single-axis

TRACKING RANGE

120°

MODULES AND CONFIGURATIONS

1-in-portrait
Monofacial and bifacial modules
Framed silicon module – Up to 120 per tracker
First Solar Series 6 & Series 7 modules – Up to 96 per tracker

DIMENSIONS

Height – Modules at 60° – 2.4 m (7.8 feet)
Width – Modules horizontal – 2.0 m (6.5 feet)
Length – Up to 122 m (400 feet)

FOUNDATIONS

Driven C posts – OMCO produced, lower cost, faster lead time
Driven I or W posts – OMCO sourced
OMCO Ground Screw Foundations

STRUCTURAL MATERIALS

Galvanized steel per ASTM A653

DRIVE

1 slew drive per tracker
20 drives per MW (typical)

MOTOR

1 24-volt dc motor per tracker
20 motors per MW (typical)

CONTROL SYSTEM

1 tracker control unit mounted to each tracker with internal inclinometer
DC with 30 or 60-watt module and long-life LiFePO₄ battery
AC up to 264 vac input
1 network controller per 100 – 150 trackers (wireless)
1 or more meteorological stations per site
1 remote access unit per site – datalogger and modem

COMMUNICATION

Network controller to tracker controllers: MODBUS over Zigbee wireless
Network controller to SCADA: MODBUS TCP/IP over ethernet
Cloud app available for remote monitoring and predictive maintenance

STEP SIZE

1°

TRACKING ALGORITHM

Based on United States Naval Observatory Solar Position Algorithm
Tracking accuracy ± 2°

BACKTRACKING

Optional – Optimized for each tracker based on topography

NIGHT STOW

Yes

WIND STOW

Yes

SNOW STOW

Yes

SNOW SENSOR

Optional

FLOOD SENSOR