Why RES Systems™ and the Razor™ Series Convert

Why RES Systems™ and the Razor™ Series Converter
• The RES Systems™team has a combined 100 years of telecom experience.
• The primary goal of the Razor Series™ is to be a redundant DC power source
that offsets critical loads during daylight hours.
• The Razor Series™ streamlines the voltage for the client’s dc powered
telecom equipment. This is achieved through its patent pending technology by
stabilizing the constant DC fluctuation of voltage from the solar array and connecting
directly to the DC busbar.
• In an off-grid system, the Razor Series™ eliminates diesel fuel as the primary
source of power. It is the primary source of power during daylight hours, trickle
charges the batteries and captures more sunlight hours per day.
• The Razor Series™ combines solar and telecom experience to create solutions
that incorporate “Smart technology” by using the MPPT technology (Maximum
Power Point Tracking). This technology is the automatic adjustment of electrical
load to achieve the greatest possible power harvest during moment-to-moment
variations of light level, shading, temperature, and photovoltaic module
characteristics, which results in capturing more sunlight in the day than a typical
solar solution.
• The Razor Series™ eliminates the “thermal runaway” concern which is the main
impediment for carriers using solar applications.
• The Razor Series™ is 4 inches in height so it only takes up 2 RU’s of space in a
telecom relay rack, which allows more space for other telecommunications
equipment while reducing the need for additional cabinets.
• In support of the Razor Series™ RES Systems™ provides a complete turn-key
solution which includes engineering design, site survey, solar system materials,
foundation, installation, and certified telecom technicians overseeing the project.
1 Thermal Runaway is defined as a situation where an increase in temperature changes the conditions in a way that causes a further increase in
component temperature, leading to a destructive result.