🚚 Shipping Information

Pick-up available at the following warehouse locations:

• QLD 4073

• NSW 2116

• VIC 3803

• QLD 4818

• WA 6105

• Fast dispatch Australia-wide

• Secure packaging ensures safe delivery

\⭐ Hinen Single Phase Hybrid 10kWh All-in-One RESS

INV-HIN-1P10K • 10kWh • Single Phase • Hybrid • All-in-One Battery Storage System

The Hinen Single Phase Hybrid 10kWh All-in-One RESS is a high-capacity, all-in-one energy storage solution designed for residential solar systems. It integrates a hybrid inverter, LFP battery pack, and smart energy management system into a single unit, delivering reliable backup power, optimized self-consumption, and zero-export capability.

✅ Key Features

🔋 All-in-One Hybrid Solution

• Battery + Inverter + Energy Management in one compact unit

• Supports on-grid, hybrid, and backup operations

• Ideal for residential solar, energy self-consumption, and backup power

⚡ Performance & Power

• Battery Capacity: 10 kWh

• Inverter Output Power: 8–10 kW AC

• AC Output Voltage: 230 V ±10%

• Battery DC Voltage: 43–57.6 V

• Frequency: 50/60 Hz

• Maximum output current: ~30–40 A depending on load

📡 Smart Energy Management

• Optimizes charging/discharging cycles for maximum efficiency

• Real-time monitoring and energy analytics

• Compatible with zero-export or export-limit setups

• Ensures smart backup operation during outages

🔒 Safety & Reliability

• LFP Lithium Battery for maximum safety and long cycle life

• Built-in protections: over-voltage, over-current, short-circuit, thermal

• Durable housing suitable for indoor/outdoor installation

🏡 Flexible Installation

• Space-saving all-in-one design

• Quick-connect wiring simplifies setup

• Indoor or outdoor installation possible with weather protection

📦 Package Includes

• 1 × Hinen Single Phase Hybrid 10kWh All-in-One RESS (INV-HIN-1P10K)

• Mounting kit

• Manufacturer documentation and manuals

💼 Recommended Applications

• Residential solar systems

• Homes requiring high-capacity backup power

• Hybrid and off-grid capable installations

• Energy self-consumption optimization