Sedona Solar Technology was founded in 2007 as Sedona Energy Labs, to develop and manufacture practical, cost-effective technology for the alternative energy sector.

Sedona Solar Technology has a long-term commitment to developing simple innovations that create a better life and a better environment, and to expanding awareness of energy independence and efficiency

Mark Scanlon – Founder, Product Architect

Mark earned a Bachelor Of Science degree in Biology from Northern Arizona University, and taught Solar Design at Yavapai College. He founded Solar System Enterprise, a solar design firm, and co-founded DesignWorks, a passive solar design and construction company.

Mark’s US patent application for InteliTrack technology was recognized with the award of US Patent 8,119,963.

Abdul Hasib – Executive Consultant Business Development and Operations for Asia Region

Abdul was awarded a Bachelor of Science degree in Mechanical Engineering by NED University of Engineering and Technology, and a Master of Science degree in Industrial Engineering by California State University Northridge.

Abdul has more than twenty years of experience in product design, manufacturing process development, operations management, business development, and renewable technologies. His expertise includes Lean Manufacturing and the Toyota Production System, international manufacturing, supply-chain management, and international business development.

Abdul was responsible for manufacturing operations at Hino Motors Manufacturing USA, a division of Toyota, and served as Renewable Energy Business Development and Manufacturing Division Manager for Lyall Energy.

Since joining Sedona Solar Technology, Abdul leads our business development and operations efforts for Asia, and serves as a strategic advisor.

InteliTrack™ 2000 Rail Tracking System:

Stands Up To Coastal Conditions

Coastal sites require materials that will not be corroded by salt spray, and a design that stands up to high winds.

The InteliTrack 2000 System is designed for coastal sites, constructed primarily of aluminum, and rated for winds up to 150 miles per hour.

This system tracks the sun east/west through the day, and north/south through the seasons, so each panel produces more energy, fewer panels are needed, and your total system cost is reduced.

Until 2010, photovoltaic (solar electric) panels were mounted three ways:

• On fixed racks – simple, solid and inexpensive.  But fixed racks only allow each panel to capture about three-fifths of the available energy!  So fixed-rack systems take the most land, labor and equipment – panels, inverters and other components – to meet your energy needs, and thus are the most expensive way to mount solar electric panels.
• One one-axis tracking systems – tracking the sun east/west through the day but not north/south through the seasons.  One-axis tracking systems produce about 20% more energy (in kilowatt-hours) than fixed rack systems.
• On upright-pole two-axis tracking systems – tracking the sun east/west through the day and north/south through the seasons.  They produce about 40% more energy (kWh) than fixed-rack systems (depending on latitude and other factors).