IPower Series Pure Sine Wave Inverter 1500W 24V by Epever

• Pure Sine Wave Output – Clean, stable power for sensitive electronics

• High Efficiency – Up to 95% energy efficiency

• Safety Protections – Over/under voltage, overload, short circuit, and over-temperature protection

• LED Indicators – For quick status and fault monitoring

• Low No-Load Consumption – Ideal for solar and off-grid setups

• Smart Cooling – Temperature-controlled fan and automatic thermal shutdown

Model No: IP1500-22

Continuous output  power: 1200W

Output power 15 min: 1500W

Surge power: 2400W

Output voltage: 220VAC(±5%) 230VAC (-7%～+5%)

Output frequency: 50/60±0.1Hz

Output wave: Pure sine wave

Output distortion THD: THD≤3%

Load power factor: 0.2-1(Load VA ≤ Continuous output power)

Rated input voltage: 24VDC

Input voltage range: 21.6～32VDC

Input surge voltage: ＜40VDC

Max. output efficiency: 95%

No-load current: ＜0.6A

USB output: 5VDC/Max.1A

RS485 com. port: 5VDC/200mA

Dimension(LxWxH): 284.7×231.5 ×98.5mm

Mounting dimension: 163×219.5mm

Net weight: 3.9kg

Operating temperature range: -20℃~ +45℃

Relative humidity: < 95%(N.C.)

Enclosure: IP20 

EPEVER-Datasheet-IPower (350W-2000W)

Inverters Explained

The inverter is like your solar system's brain.  It manages your power flow, controlling two kinds of power.  DC- or direct current - power is the kind stored in batteries.  It's also the kind produced by solar panels.  But you can't use DC power (Directly) to power anything in your home.  That's where your inverter comes in.  Everything in your home uses AC- or alternating current - power.  An inverter takes DC power from your panels (or from batteries) and turns it into AC for your fridge, lights, TV, and other household appliances.

How is an off-grid inverter different from a grid-tied inverter?

A grid-tied inverter takes DC power from solar panels, turns it into AC, to use in-situ or sent to the National grid.  Grid-tied inverters are more straightforward and more accessible to wire since there are usually only two main components - the inverter and your solar panels.  (some grid-tied systems are starting to incorporate energy storage, but most don't have any at all.  But an off-grid inverter needs a battery bank to function.  Here it works:  your solar panels feed DC power into the batteries.  Then your inverter takes that power and "inverts" it, creating AS power for you home.  This works essentially like a miniature power grid.