Outback ICS Plus Rapid Shutdown Initiator

The ICS Plus Rapid Shutdown Initiator (RSI) is a cutting-edge solution designed to trigger a photovoltaic (PV) rapid shutdown event while providing clear indications for Solar On, Solar Off, and Arc Fault Circuit Interrupter (AFCI) status.

The FLEXware ICS Plus stands out as the inaugural end-to-end solution recognized under UL 1741, encompassing photovoltaic rapid shutdown systems (PVRSS) tailored for both battery-based and grid-direct solar installations. This comprehensive solution aligns with the 2014 National Electric Code (NEC) specifications, including compliance with NEC 690.11 (Arc fault protection), NEC 690.12 (Rapid shutdown), and NEC 690.15 (DC combiner disconnect).

• NEC 690.11—Arc fault protection (protects against arc faults due to loose connections, damaged wires or other DC component failures)
• NEC 690.12—Rapid shutdown (provides a means for first responders to safely de-energize controlled conductors)
• NEC 690.15—DC combiner disconnect (opens all ungrounded circuit conductors from all sources of power)

Key Attributes:

• UL-listed for photovoltaic rapid shutdown systems, catering to both battery-based and grid-direct solar systems.
• AFCI listing under UL1699B, featuring local and remote indication for enhanced safety.
• Type 3R enclosures, suitable for both indoor and outdoor installations.
• Versatile design, allowing for vertical or horizontal installation, and adaptable mounting options under an array or to racking.
• Interoperability with compatible third-party PV rapid shutdown devices (PVRSE with dry contact), ensuring flexibility in system integration.
• Three comprehensive packages streamline the design and ordering process, catering to battery-based systems requiring one, two, or four combiner boxes. Alternatively, individual components are available for diverse system configurations, including compatibility with grid-direct PV inverters.
• Rated to 600VDC, facilitating integration across a broad spectrum of systems.
• When paired with OutBack power conversion and energy storage components, the FLEXware ICS Plus represents a singular and fully compliant solution under both UL and NEC standards, ensuring consistency from rooftop to battery.

The E2000LFP Expandable Power Station combines power and flexibility in a portable package. Link it with two EB3000 battery packs to reach an impressive 8064Wh capacity - enough for almost any power need.

With 2000W AC output, it runs most household devices and tools without breaking a sweat. The advanced LiFePo4 batteries deliver outstanding durability, keeping 80% capacity even after 3500 charging cycles.

Charging is quick and flexible. The station accepts up to 1300W input across multiple ports, with 600W maximum solar input. Using solar panels, you'll fully charge in 2-3 hours. Need it faster? Dual AC adapters cut that time to just 1.5-2 hours.

The E2000LFP Expandable Power Station combines power and flexibility in a portable package. Link it with two EB3000 battery packs to reach an impressive 8064Wh capacity - enough for almost any power need.

With 2000W AC output, it runs most household devices and tools without breaking a sweat. The advanced LiFePo4 batteries deliver outstanding durability, keeping 80% capacity even after 3500 charging cycles.

Charging is quick and flexible. The station accepts up to 1300W input across multiple ports, with 600W maximum solar input. Using solar panels, you'll fully charge in 2-3 hours. Need it faster? Dual AC adapters cut that time to just 1.5-2 hours.

The E2000LFP Expandable Power Station combines power and flexibility in a portable package. Link it with two EB3000 battery packs to reach an impressive 8064Wh capacity - enough for almost any power need.

With 2000W AC output, it runs most household devices and tools without breaking a sweat. The advanced LiFePo4 batteries deliver outstanding durability, keeping 80% capacity even after 3500 charging cycles.

Charging is quick and flexible. The station accepts up to 1300W input across multiple ports, with 600W maximum solar input. Using solar panels, you'll fully charge in 2-3 hours. Need it faster? Dual AC adapters cut that time to just 1.5-2 hours.