Solarmax 1KVA 12V Hybrid Inverter – Pure Sine Wave Off-Grid Inverter Charger

The Solarmax 1KVA 12V Hybrid Inverter is a compact yet powerful off-grid energy solution designed to meet the essential power needs of small households, businesses, or remote installations. This hybrid inverter intelligently integrates solar power, battery storage, and grid (AC) power to provide seamless, uninterrupted electricity.

Featuring pure sine wave output, the inverter guarantees compatibility with sensitive electronics, while the 12V DC input and 1KVA capacity make it ideal for small-scale solar systems. Its smart built-in solar charge controller automatically manages battery charging and switching between power sources.

With robust protection features and an intuitive LCD display, the Solarmax 1KVA inverter is ideal for areas with unstable power supply or for users seeking full off-grid independence.

🌟 Key Features:

• 1KVA / 800W Output Power:

  • Suitable for lights, TVs, routers, laptops, fans, and small appliances

  • Reliable backup for small homes or shops

• Pure Sine Wave Output:

  • Smooth, safe power delivery for sensitive electronics and appliances

• 12V DC Input Voltage:

  • Compatible with standard 12V deep cycle or lithium batteries

• Integrated Solar Charge Controller:

  • Automatically charges batteries via solar and switches between power sources (solar/battery/grid)

  • MPPT or PWM (depending on model) technology for optimized charging

• LCD Display Panel:

  • Real-time monitoring of battery status, load usage, and input sources

• Multiple Protection Features:

  • Overload, short circuit, over-temperature, and battery overcharge protection

• Compact & Lightweight Design:

  • Space-saving and wall-mountable

🛠️ Applications:

• Off-grid home power systems

• Small business backup power

• Solar energy systems for rural homes

• ICT installations (router, CCTV, etc.)

• Kiosks or mobile vendor setups

• Battery-based backup in areas with unstable grid supply

• Educational or medical equipment in low-power environments