Navasolar NV-BP18-1012 Pure Sine Wave Inverter (With Battery)

NavaSolar NV-BP18-1012 1kW Trolley Inverter – 960Wh LiFePO₄ Battery IMPORTANT – Battery Runtime

The 960Wh battery capacity and 1000W inverter output describe different aspects of the system. Battery runtime depends on the power consumption of the connected appliances — higher loads will use the available battery energy more quickly.

For the best available runtime, ensure the unit is adequately charged before use. Actual runtime will vary according to the connected load and operating conditions.

All-in-One Energy Storage Solar System

The NavaSolar NV-BP18-1012 is an all-in-one backup power solution combining a 1000W pure sine wave inverter, 960Wh 12.8V 75Ah LiFePO₄ battery and built-in MPPT solar charge controller in a convenient trolley-style cabinet.

Ideal for providing backup power to essential household electronics, office equipment, appliances and other compatible loads during power interruptions.

Key Features
1000W rated pure sine wave inverter
960Wh LiFePO₄ battery
12.8V 75Ah battery capacity
4000+ rated charge cycles
Built-in MPPT solar charge controller
Up to 900W maximum solar input
24/7 UPS functionality
4 × 230V AC output sockets
2 × USB 5V outputs
1 × 12V DC output
Built-in protection against overcharge, over-current, short circuit, overload and over-temperature
Portable trolley design
Suitable for backup, home, office and off-grid applications
IMPORTANT – Battery Runtime

Battery backup time depends on the amount of power being used. The higher the load, the shorter the runtime. A 960Wh battery does not provide the same runtime at 100W, 500W and 1000W loads.

For best performance, fully charge the unit before first use and after significant use. Allow sufficient charging time for the battery to reach a full charge before relying on it for backup power. Connecting a high-power load to a partially charged battery will result in significantly shorter runtime. The inverter has a maximum rated output of 1000W. The combined power consumption of connected appliances must remain within the inverter's rated capacity. Inverter Specifications Model: NV-BP18-1012 Rated Power: 1000W Output Waveform: Pure Sine Wave Output Voltage: 230V AC ±5% Output Frequency: 50Hz / 60Hz ±0.2Hz Peak Efficiency: 90% Nominal DC Input Voltage: 12V DC ±0.3V Standby Consumption: <25W Solar / PV Input Maximum Solar Input: 900W Maximum PV Charging Current: 60A ±3A Combined Charging Current: 70A ±4A Maximum PV Open-Circuit Voltage: 105V DC MPPT Voltage Range: 15–105V DC Note: Connected solar panels must remain within the inverter's specified voltage and current limits. AC Input AC Input Voltage: 230V AC ±5% Acceptable Input Voltage Range: 90–280V AC Input Frequency: 50Hz / 60Hz, automatic detection UPS Transfer Time: 10ms typical (UPS/VDE); 20ms typical (APL) AC Charging Charging Current: 10A / 20A ±4A Charging Algorithm: 4-step lithium charging Outputs AC Output: 4 × 230V AC sockets USB Output: 2 × 5V 2.4A USB ports DC Output: 1 × 12V 1A port Battery Battery Chemistry: LiFePO₄ (Lithium Iron Phosphate) Energy Capacity: 960Wh Nominal Voltage: 12.8V Capacity: 75Ah Protection Board: 100A Standard Charge/Discharge Current: 50A Operating Temperature Charging: 0°C to 45°C Discharging: -10°C to 60°C Dimensions & Weight Product Dimensions: 37.9 × 25.4 × 49.9 cm (L × W × H) Packaging Dimensions: 49.5 × 36.5 × 68 cm Net Weight: 23 kg Gross Weight: 32.8 kg Safety & Protection The integrated battery management and inverter protection systems help protect the unit against: Overcharge Over-current Short circuit Overload Over-temperature Please check the power requirements of your appliances before use. High-power appliances may significantly reduce battery runtime and some appliances may not be suitable for use with this 1000W inverter. Battery Runtime Guide Runtime depends on the total power consumption of your appliances. As a general guide, a fully charged 960Wh battery may provide approximately: Load Approx. Runtime* 100W ±8 hours 200W ±4 hours 300W ±2.5–3 hours 500W ±1.5–2 hours 800W ±1 hour *Approximate runtimes only. Actual runtime varies depending on load, inverter efficiency, appliance start-up requirements and battery condition. Always fully charge the unit before use.