July 18, 2012 - Designed for module area up to 570 sq ft, DEGERtraker 6000NT can be used under all environmental conditions, including high snow loads and strong wind conditions. Tracking takes place on basis of Maximum Light Detection technology using DEGERconecter control module and sensor. Dual-axis system, available with mast lengths from 11-16 ft, features max kWp of approximately 7.5, depending on module type used.

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DEGERenergie GmbH
Industriestr. 70
Horb am Neckar, , , Germany

At Intersolar North America DEGERenergie presents its DEGERtraker 6000NT. The model is suitable for use in all open spaces and increases the yield by about 45% compared to fixed mounted PV systems.

PHOENIX, -- The DEGERtraker 6000NT is based on the HD (Heavy Duty) structure of the DEGERtraker 5000HD. It is designed for a module area of up to 570 square feet and can be used under all environmental conditions, including high snow loads and strong wind conditions. Tracking takes place on the basis of MLD (Maximum Light Detection) technology developed by DEGERenergie using the patented DEGERconecter control module and sensor. This technology has been proven to produce up to 45 percent more yield in comparison to fixed photovoltaic installations. The proven dual-axis model is available with mast lengths between 11 and 16 feet. The maximum kWp per DEGERtraker 6000NT is approximately 7.5 kWp, depending on the module type used.

DEGERenergie is the global market leader for solar tracking systems. Worldwide, more than 47,000 DEGERenergie systems are installed, in 46 countries.

You can't always rely on the weather. But you can rely on an intelligent control system from DEGERenergie.

For more information: www.DEGERenergie.com.

Customer contact:

DEGERenergie Inc

2821 South 35th Street, Suite 1

Phoenix, AZ 85034

Phone: 602 437 0577

Fax: 602 688 8364

E-mail: sales-usa@DEGERenergie.com

CONTACT: Berenice Curro, North America Office, +1-602-688-8361, b.curro@degerenergie.com

Web Site: http://www.DEGERenergie.com

Contacts: View detailed contact information.