Reduce Voc: The maximum voltage of the module is fixed by Tigo Smart Curve technology and remains stable, independent of temperature.
Impedance Matching: Panel-level MPPT with industry leading efficiency and reliability.
Fewer Components: 30% fewer strings reduces the number of combiners, fuses, disconnects, home runs, single set of wires, etc.
Safety: Panel level disconnect in case of emergencies, in compliance with NEC 2014.
Faster Installation: Less components to install, less wire to run equals faster install times.
Advance Operation and Maintenance: Panel-level monitoring.
Reduced Weight: Engineered to accommodate low load bearing structures while maintaining highly durable mechanical characteristics including a maximum loading of 5400 Pa.
Silfab Solar is a quality international leader in the development, manufacturing and distribution of ultra-high efficiency PV modules with just-in-time manufacturing. Silfab has leveraged over 30 years of solar experience and is part of the vertically integrated family of companies through Silfab S.r.l. (Italy). Silfab’s state of the art, 180 Mw manufacturing facility located near Toronto, Canada has helped pioneer smart module technology, glass on glass solutions and bifacial modules. Silfab’s technically innovative process produces superior reliability and performance specifically designed for the North American market. Silfab balances manufacturing capacity between OEM partners, Silfab branded modules and new technology.
Reduce Voc: The maximum voltage of the module is fixed by Tigo Smart Curve technology and remains stable, independent of temperature.
Impedance Matching: Panel-level MPPT with industry leading efficiency and reliability.
Fewer Components: 30% fewer strings reduces the number of combiners, fuses, disconnects, home runs, single set of wires, etc.
Safety: Panel level disconnect in case of emergencies, in compliance with NEC 2014.
Faster Installation: Less components to install, less wire to run equals faster install times.
Advance Operation and Maintenance: Panel-level monitoring.
Reduced Weight: Engineered to accommodate low load bearing structures while maintaining highly durable mechanical characteristics including a maximum loading of 5400 Pa.