industrial commercial ground telecom, microwave repeater solar panel mount

Ground and Tower Mounted RAPS Systems

1. Ground Mounted Solar Arrays for Remote Locations
2. Side of Utility/Telecom Tower Solar Support Design
3. Dual Vertical Pole with Crossarm Solar Mounting Design for Remote Sites

1. Ground Mounted Solar Arrays for Remote Locations

Ground based systems are used in larger power applications ranging from 640 watts to 10+ kilowatts. Common applications include air monitoring sampling equipment, tower obstruction lighting, cellular microwave repeaters, mountaintop communications and high wind areas such as tropical islands and deserts. Often the solar array is used to shade the battery enclosure, reducing heat gain.

3.8KW Solar Panel Array This array is mounted directly on concrete pad for a cellular site in Nevada.	20KW Hybrid solar module array with generator set This array is mounted on concrete piers for a AT&T microwave repeater site in California.	15KW Solar Panel Array This uses concrete Sonotube and was custom designed and engineered using a custom ground racking system for Southern California Edison.
9KW Hybrid photovotaic microwave repeater Tooele County emergency communication site with solar foundation, telecom/genset shelter and propane tanks on a 9,000' mountain top in Utah.	Rear view of 15KW solar system This shows a high-wind speed steel I-Beam support structure.	Rear view of 6KW Solar Hybrid generator assist system This was designed for AT&T with Sonotube concrete pillars and custom engineered racking support system.
Front view of 6KW Solar Hybrid generator assist system This was designed for AT&T with Sonotube concrete pillars and custom engineered racking support system.	Rear view of 20KW Hybrid solar module array with generator set This system was mounted directly on a concrete shelter for a Verizon microwave repeater site in California.	9KW Hybrid photovotaic microwave repeater Tooele County emergency communication site using Sonotube concrete foundation in Utah. One of our engineers is standing on one of the Sonotubes.

2. Side of Utility/Telecom Tower Solar Support Design

These systems range from 160 watts to several kilowatts. These are intended to power LED obstruction lights, aircraft warning and MET tower obstruction LED lights. These are also used on radio telecommunication towers.

3. Dual Vertical Pole with Crossarm Solar Mounting Design for Remote Sites

This design method is used to elevate the solar array when there is snow drift accumulation. Smaller systems use 4"-6" Schedule 40 steel pipe. Larger systems typically use utility telephone poles.

Typical applications are microwave repeaters, cellular repeaters, tower obstruction lighting and microwave relay stations.