ATI designs with fewer powered electronic components to ensure high quality, not high quantities of parts. ATI’s DuraTrack® HZ v3 design will save you money on installation and O&M. See why ATI’s design has always been considered the gold standard for single axis tracker design and quality.
Powered Electronics
Above Ground Wire Management
Many leading solar companies are switching to above ground wire management. RPCS has been installing this on DuraTrack systems for years. Save your project time and money by taking advantage of ATI’s design and above ground wiring.
Ground Coverage Ratio
Array Technologies’ DuraTrack® HZ v3 Trackers will achieve any GCR you want. Row lengths from 9 to 90 modules long with virtually unlimited row spacing options. RPCS can advise you on the best row spacing for production, capacity, and all-in costs.
Angled Drivelines
ATI’s DuraTrack® HZ v3 will fit within in any property boundaries. 37 degree angled drivelines conform to irregular boundaries, unusual terrain, and increase your GCR. See how ATI’s lowest total fielded cost benefit applies to sites with regular and irregularly shaped parcels.
GRADING TOLERANCE
Save money on grading. The DuraTrack® HZ v3 has exceptional grading tolerances. Each individual row can conform to up to 15% North-South sloping without additional costs or supports. East-West Sloping is no problem for ATI, let RPCS help guide the layout options when your site isn’t flat. RPCS will also guide you on what posts you need to keep rows level despite undulations onsite.
FLOOD ZONE REQUIREMENTS
ATI’s DuraTrack® HZ v3 works with all clearances regardless of height. The simplicity of ATI’s foundation engineering allows for ease in estimating and installing. RPCS has built trackers up to 14’ above grade, let us show you how to build with higher tracker requirements.
ZERO WIND STOW
The DuraTrack® HZ v3 is the only tracker on the market which does not require wind stow. Your project should use a tracker that is built for the full design criteria of the site. See how ATI’s revolutionary wind mitigation will make it the right tracker for all locations.
FOUNDATION ENGINEERING
The new DuraTrack® HZ v3 design features an even simpler, more cost effective design. Simplicity and uniformity in ATI’s foundation engineering saves you money on steel and in the field. Sites with especially challenging soils will benefit even more from the uniformity of the ATI foundations.
EXPERIENCED TRACK RECORD
Array pioneered a solar tracker solution for the DuraTrack® HZ using First Solar modules years ago. Members of the RPCS team were involved in the development and implementation of the 265 MW Mount Signal project, in 2013. RPCS is currently shipping First Solar tracker projects for the DG market across the country.
INNOVATIVE APPLICATIONS
With row lengths up to 240 modules long, optional backtracking & an above ground wire management solution, Array Technologies continues to innovate applications for this thin film module. Let RPCS guide you on site-specific First Solar layout options, pricing and installation details.
Recent ATI Projects
Colby, KS
1 MW
Watkins, CO
4 MW
Colorado Springs
3.2 MW
Casa Grande, AZ
1.5 MW
Madera, CA
1.6 MW
Merced, CA
1.1 MW
Center, CO
3.1 MW
Hanford, CA
1.1 MW
Five Points, CA
1 MW
Visalia, CA
1.2 MW
Oxford, CO
1.3 MW
Cameron, SC
6 MW
Jacksonville, FL
3.9 MW
Taos, NM
1.5 MW
Richmond, CA
5.3 MW
Hanford, CA
1.1 MW
Valley Center, CA
4 MW
Romeo, CO
2 MW
Winchester, KY
650 KW
Johnson City, TX
1.2 MW
Sterling, CO
2 MW
Merced, CA
4.2 MW
Roanoke Rapids, NC
2.5 MW
Fairmont, NC
2.6 MW
Merced, CA
1 MW
Carbondale, CO
1.8 MW
Madera, CA
600 KW
Hanford, CA
900 KW
Lathrop, CA
320 KW
Colorado Springs
600 KW
Thermal, CA
640 KW
Tulare, CA
630 KW
Merced, CA
1.1 MW
Chowchilla, CA
1.1 MW
Ogilville, IN
1.3 MW
Bakersfield, CA
400 KW
Merced, CA
900 KW
Woodland, CA
1.1 MW
Coalinga, CA
1 MW
Bakersfield, CA
1.1 MW
Jesup, GA
500 KW
Swainsboro, GA
500 KW
Central City, NE
500 KW
Aromas, CA
1 MW
Fredericksburg, TX
1.2 MW
Madera, CA
2 MW
Rowan, NC
2.6 MW
Hope Mills, NC
2.7 MW
Toponah, NV
600 KW
Richmond, CA
5.4 MW
Madera, CA
1.4 MW
Chowchilla, CA
1.1 MW
Newberry, IN
1.3 MW
Bakersfield, CA
1.2 MW
New Castle, IN
1.3 MW
Huron, CA
1 MW
Biggs, CA
300 KW
Arbuckle, CA
1 MW
Fresno, CA
1 MW
Dinuba,CA
900 KW
Dale, IN
1.3 MW
Fredericksburg, TX
1.2 MW
Bristol, GA
500 KW
Watkins, CO
2 MW
Fredericksburg, TX
1.2 MW
Gosport, IN
1.3 MW
Five Points, CA
1 MW
Hanford, CA
1.1 MW
Fresno, CA
1.2 MW
Aurora, IN
500 KW
Fredericksburg, TX
1.2 MW
Watkins, CO
2 MW
Gothenburg, NE
500 KW
Chowchilla, CA
1.6 MW
Hope Mills, NC
2.6 MW
Dos Palos, CA
2.2 MW
Columbus, MS
1.6 MW
Arapahoe, CO
500 KW
Chowchilla, CA
1 MW
Corning, CA
600 KW
Jefferson, CO
1.5 MW
Georgetown, IN
1.3 MW
Madera, CA
1.1 MW
Antonito, CO
1.5 MW
Merced, CA
400 KW
Greensburg, IN
1.3. MW
Watkins, CO
2 MW
Fresno, CA
1.2 MW
Arvin, CA
700 KW
Lexington, NE
4 MW
Underwood, IN
1.3 MW
Bakersfield, CA
1.1 MW
Fowler, CA
200 KW
Portal, GA
500 KW
Fredericksburg, TX
1.2 MW
Panama, IA
200 KW
Desert Springs, CA
1 MW
Fredericksburg, TX
1.2 MW
Hope Mills, NC
2.6 MW
Fredericksburg, TX
1.2 MW
Delano, CA
1.1 MW
Colby, KS
600 KW
Fowler, CA
1.7 MW
Denver, CO
1 MW
Fresno, CA
1.1 MW
Lathrop, CA
400 KW
Barstow, CA
900 KW
Corcoran, CA
1.1 MW
Visalia, CA
1.2 MW
Spring Mill, IN
1.3 MW
Madera, CA
1.1 MW
Hanford, CA
1 MW
Sanger, CA
500 KW
Jacksonville, FL
3.9 MW
Merced, CA
700 KW
Coalinga, CA
1 MW
Buttonwillow, CA
1.1 MW
Palmdale, CA
2.7 MW
Fredericksburg, TX
1.2 MW
Rossville, GA
800 KW
San Luis Obispo, CA
5.5 MW
Madera, CA
2.4 MW
Star, NC
2 MW
Fredericksburg, TX
1.2 MW
Madera, CA
5 MW
Anderson, IN
10.5 MW
Bakersfield, CA
1.1 MW
Palmdale, CA
1MW
Hanford, CA
2.3 MW
Bakersfield, CA
1.2 MW
Greenfield, IN
3.5 MW
Sioux City, NE
3 MW
Buttonwillow, CA
1.2 MW
Bakersfield, CA
700 KW
Jakin, GA
1.9 MW
Chowchilla, CA
1.1 MW
Hawkinsville, GA
900 KW
Loveland, CO
3.5 MW
Barnwell, SC
7.6 MW
Indianapolis, IN
3.3 MW
Aromas, CA
1 MW
Madera, CA
1.1 MW
Vilas, CO
5 MW
Johnson City, TX
1.2 MW
California City, CA
2.45 MW
Phelps, NC
6.7 MW
Fairmont, NC
1.3 MW
Denver, CO
2 MW
Madera, CA
1.1 MW
Lovington, NM
6.7 MW
