The Stabiliti 30C is a bi-directional dual port (AC/DC) PCS, utilized in traditional energy storage applications. The 30C3 adds a 2nd DC port, enabling bi-directional power flows between all 3 power ports (AC-DC-DC).
Galvanic Isolation —
Galvanic isolation eliminates the possibility of unwanted faults between AC and DC power ports, adding a layer of safety in the event of unexpected equipment failure. No isolation transformer is required.
PPSA provides the Industry’s highest efficiency in multiport Storage + Solar PCS applications, and supports flexible power flows, including: PV to Storage; PV + Storage to Grid; Storage to Grid; and Grid to Storage.
Compact, Modular & Stackable —
The Smallest PCS in its class is easily wall or rack mountable, saving on installation & shipping costs. Stabiliti is also stackable so multiple units can work in concert to support higher power applications at 60kW to 90kW+.
Indoor or Outdoor Installation —
Stabiliti is NEMA3R rated, and operates over a wide temperature range, with derated operation above 50 C: giving installers the flexibility they need to support indoor or outdoor equipment installations.
Solar + Storage —
Stabiliti 30C3 is the ideal solution for C&I rooftop renewables integration, maximizing your ESS investment while also supporting Solar.
Dual Batteries —
Stabiliti 30C3 provides the ultimate project flexibility by being battery technology and chemistry agnostic, supporting two batteries simultaneously: this enables power (frequency regulation) and energy (peak-shaving) value-streams on a single converter.
Peak Shaving —
Stabiliti will often be utilized for peak-shaving/demand management applications, but new and flexible PCS capabilities, will expand the scope of value-add services delivered to C&I customers, and serving utilities.
Resilient Backup Power —
Unlike a traditional PV Inverter, Ideal Power’s Stabiliti PCS can rapidly switch from the voltage-following to voltage-forming modes to provide support of in-building critical loads.
Stabiliti can also be utilized in stand-alone, or parallel microgrid mode for rural, or community power applications. 480 Vac / 60 Hz, 50 Hz / 400 Vac, and emerging DC microgrid standards are all supported.