5000 Watt Power Inverter for Home, 24VDC to 220VAC

SKU: PH-PI-5000
● 5000W power inverter for sale. Peak power of 10000W, input voltage options of 12V, 24V, or 48V, output voltage of 110VAC or 220VAC. ● Maximum efficiency of 90%. Nine layers of protection, and real-time performance monitoring through an intelligent digital display. ● Automatic fan cooling and a durable, sandblasted design for efficient heat dissipation. ● For home backup, off-grid living, RVs, emergencies, remote job sites, marine use, and mobile businesses.
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⏱️ Delivery: 6-12 days
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This pure sine wave inverter boasts a peak power of 10000W and offers input voltage options of DC 12V, 24V, or 48V, with an output voltage of either 110 VAC or 220 VAC ±5%. 90% maximum efficiency and provides a stable output frequency of 50Hz or 60Hz ±0.5Hz. Key features include a robust safety system with nine layers of protection, automatic fan cooling to reduce energy consumption, and a durable, sandblasted, and oxidized surface for enhanced heat dissipation and longevity. The intelligent digital display allows for real-time monitoring of performance data. It's ideal for home power backup, off-grid living, RV and camping trips, emergency situations, remote job sites, marine use, and mobile businesses, providing reliable and efficient power conversion in diverse settings.

5000 watt power inverter feature


  • Powerful Performance: Higher conversion rate for longer battery life.
  • Safety Features: Nine layers of safety protection to prevent hazards.
  • Automatic Cooling: Reduces energy consumption with fan cooling.
  • Durable Design: Sandblasted and oxidized surface for better heat dissipation, aesthetics, and durability.
  • Real-time Monitoring: Intelligent digital display for real-time data and power management.


  1. LCD Display: Shows real-time working status, including output voltage and current.
  2. Power Indicator: Green light indicates normal operation.
  3. Output Socket: Connects various electrical appliances, supplying power from the inverter.
  4. Switch: Easily controls the inverter's power on and off state.
  5. USB Output: Provides 5V DC power for charging cell phones and small electronic devices.
  6. High-power Junction Box: Ensures safe and efficient power transmission for heavy load devices.
4000 watt power inverter detail

Power Inverter Connection

500 watt power inverter connection

Installation Precautions: The 48V and 24V power inverters are connected similarly, but the batteries are connected in series.

Rated Power 5000W
Peak Power 10000W
Input Voltage DC 12V/24V/48V (optional)
Output Voltage 100VAC/110VAC/120VAC/220VAC/230VAC/240VAC±5% (optional)
Unload Current Less Than 12V: 1.5A; 24V: 1A; 48V: 0.8A
Output Frequency 50Hz±0.5Hz/60Hz±0.5Hz
Output Waveform Pure sine wave
Waveform Distortion THD<3% (Linear load)
USB Port 5V 1A
Max.Efficiency 90%
Input Voltage Range 12V: 10-15.5V; 24V: 20-31V; 48V: 40-61V
Low Voltage Alarm 12V: 10.5±0.5V; 24V: 21±0.5V; 48V: 42±1V
Low Voltage Protection 12V: 10±0.5V; 24V: 20±0.5V; 48V: 40±15V
Over Voltage Protection 12V: 15.5±0.5V; 24V: 31±0.5V; 48V: 61±1V
Low Voltage Recover 12V: 12.3±0.5V; 24V: 24±0.5V; 48V: 48±1V
Over Voltage Recover 12V: 14.8V±0.5V; 24V: 29.5V±0.5V; 48V: 59V±1V
Low Voltage Alarm at first, voltage continuously reduce. LED Red light on & shut down
Over Voltage LED Red light on, shut down
Over Load LED Red light on, shut down
Over Temperature Alam at frst, tempurature continuously rise. LED Red light on & shut down
Short Circuit LED Red light on
Input Reverse Polarity Fuse burn out
Working Temperature -10℃~+50℃
Storage Temperature -30℃~+70℃
Dimension 475*205*152mm
Cooling Method Intelligent air cooling
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How many batteries do i need to power a 5000 watt inverter?

To power a 5000 watt inverter, the number of batteries you need depends on the voltage of your system and the capacity of your batteries. Here’s a simplified calculation:

Determine the Inverter Voltage:

  • Let's assume you're using a 12V inverter.

Calculate the Total Current Requirement:

  • For a 12V system: Current (I) = Power (P) / Voltage (V)
  • I = 5000W / 12V = approximately 417A.

Choose Battery Capacity:

  • Suppose you use 12V batteries rated at 100Ah each.

Calculate the Number of Batteries:

  • Total capacity needed for 1 hour = 417Ah.
  • Number of 100Ah batteries required = 417Ah / 100Ah = approximately 4.17 batteries.
  • You would need at least 5 batteries (since you can't have a fraction of a battery).

For a 24V system:

Calculate the Total Current Requirement:

  • For a 24V system: I = 5000W / 24V = approximately 208A.

Choose Battery Capacity:

  • Using 12V, 100Ah batteries, you would need pairs to make 24V.

Calculate the Number of Batteries:

  • Total capacity needed for 1 hour = 208Ah.
  • Number of pairs required = 208Ah / 100Ah = approximately 2.08 pairs.
  • You would need at least 3 pairs, or 6 batteries.


  • For a 12V system: At least 5 batteries (12V, 100Ah each).
  • For a 24V system: At least 6 batteries (12V, 100Ah each).
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