SolaX X3-HYBRID Three-Phase Hybrid Inverter (AU/NZ) – 10kW

The SolaX X1-HYBRD is a high-performance three-phase residential hybrid inverter designed for modern solar + battery systems. With high PV capacity, fast backup switchover, and flexible battery expansion, it’s a strong option for homes wanting greater energy independence and resilience.

Highlights

• High PV capability: Supports up to 200% PV oversizing 
• Fast backup (EPS): UPS-level switchover < 10 ms, with up to 200% EPS output for 10 seconds (with battery connected).
• Safety built-in: Type II SPD on both DC and AC sides; optional AFCI (where supported).
• Outdoor-ready: IP65 enclosure and wide operating temperature range.

Available Models

Note: PV sizing and MPPT configuration vary by model. Always confirm final design with your installer and local grid requirements.

Key Electrical Specifications (AU/NZ Datasheet)

PV (Solar) Input

• Max PV input voltage: 1000V
• Nominal PV input voltage: 640V
• MPPT voltage range: 180–950 V
• Start-up voltage: 200 V
• Max input current per MPPT: 28 A / 16A
• Max short-circuit current per MPPT: 35A / 20A

Battery (High Voltage)

• Battery type: Lithium
• Battery voltage range: 120–800 V
• Max charge / discharge current: up to 30 A

EPS (Backup / Off-Grid Output) – with Battery

• Rated EPS voltage / frequency: 3 / N / PE, 230 / 400 V
• Peak EPS output: 18.0 kVA, 10 s
• Switchover time: < 10 ms

Efficiency & Power Quality

• Max efficiency: 98%
• Power factor range: ~1 (0.8 lagging to 0.8 leading)
• THDi (rated power): < 3%

Build, Environment & Connectivity

• Ingress protection: IP65
• Dimensions (W × H × D): 503 × 199 × 503 mm
• Net weight: 30 ± 1 kg
• Cooling: Natural cooling
• Interfaces: CT/Meter (optional), External control RS485, Dongle interface, DRM
• Topology: Transformerless

Protections & Compliance

• Surge protection: Type II SPD (DC) / Type II SPD (AC)
• Core protections: DC isolation, reverse polarity, residual current detection, over-temperature
• Anti-islanding: Frequency shift
• Approvals (includes): AS/NZS 4777 and relevant IEC/EN standards (see datasheet for full list)
• Optional: AFCI (where supported)

Important Notes

• This inverter is designed for AU/NZ compliance as per the referenced datasheet.
• PV input voltage above the specified maximum may damage the inverter. Ensure system design remains within limits.
• Some smart features listed by the manufacturer may be future upgrades depending on firmware/region.