EF ECOFLOW EcoFlow Stream Pro with 900W Rigid Solar Panels, 1.92kWh (up to 11.52kwh) Power Plant with Battery Storage with Micro Inverter, 2300W Solar Input (3 MPPT), 1200W Dual AC port, 6000-Cycle LFP, TOU, AI

Save ￡298 Annually on Electricity: STREAM Pro's 2300W hybrid solar input with 3 MPPT channels efficiently cuts your energy costs. Dual AC ports (1200W–2300W) simultaneously power 99% of household appliances for maximum savings.

Solar Power Indoors, Plug in Anywhere: EcoFlow STREAM Series solar batteries use AC-coupling technology, enabling flexible indoor placement. Simply plug in to store solar energy and directly power household appliances like fridges, washing machines, and coffee makers.

Flexible DIY Expansion (1.92–11.52kWh): STREAM Pro easily scales from 1.92kWh up to 11.52kWh, connecting up to 6 units within your home. Seamlessly integrates with EcoFlow DELTA Series batteries for expanded energy storage.

Safe, Silent, and Space-Efficient: Featuring a durable 10-year LFP battery (6,000 cycles), STREAM Pro operates silently, ensuring peaceful family moments. With an IP65 water-resistant, dustproof design and reliable performance down to -20°C, it's compact (26cm wide), discreetly wired, and fits seamlessly into your home.

Intelligent AI Control for Optimal Savings: EcoFlow's AI-powered app analyses dynamic electricity pricing, your usage habits, and equipment status, updating optimal Time-of-Use (TOU) strategies hourly. Monitor performance remotely, customise your energy strategy, and benefit from 24-hour AI-assisted smart energy management.

Plug-and-Play Simplicity—No Electrician Needed: STREAM Pro's DIY-friendly design ensures easy, drill-free installation without electrical expertise. Flexibly adjust placement, preserving your home's structure, and conveniently relocate whenever you move—ideal for tenants.

Achieve Near 100% Solar Independence: Multiple EcoFlow STREAM Series batteries create an AI-powered home energy network, automatically transferring surplus solar energy between rooms. Maximise solar use, increase self-sufficiency, and dramatically reduce electricity costs.