Four panels at a time. Built for commercial scale.
Quad2 and Quad3 each serve four panels with independent power tracking: 75% fewer inverters than a one-inverter-per-panel system, less cable in the tray, and a fault at one unit leaves the rest of the array running.
Why module-level makes sense at scale
Fewer units, less cable
One Quad per four modules, one unit where a per-panel architecture needs four. Fewer devices to mount, commission and revisit.
Lose four panels, not the array
A central inverter fault takes the whole array offline. A Quad array degrades gracefully, and SparqVu shows you exactly which module, from anywhere.
Power through a grid outage
With a Dual Mode Quad configuration, the array can keep powering suitable local loads during a grid outage while sunlight is available, without a battery.
Rapid Shutdown, all-AC
All-AC cabling, inherent Rapid Shutdown compliance, and no high-voltage DC runs across the roof.
Fleet monitoring built in
SparqVu manages multi-site portfolios from one dashboard; SparqLinq commissions each site and syncs its layout to the cloud.
Quad2 in production
Quad2 has been in commercial production in India since 2025 with IL JIN Electronics. The Quad2 purchase order announced in March 2026 covered 30,000 units (about 60 MW); the order was expanded to C$32 million in May 2026.
Two Quads. One commercial platform.
Quad2 delivers single-phase output. A three-phase installation uses at least three Quad2 units, distributed across all three phases. Quad3 delivers native three-phase output from each unit.
Quad systems on commercial sites
Carports and rooftops using the Quad platform, with one unit serving four panels.
