Description

The IPower-Plus is a high-frequency pure sine wave inverter featuring digital intelligent control technology.  It ensures reliable operation with lower inrush current, faster response, and robust impact resistance.  Supporting lithium batteries, it's versatile for DC to AC applications in RVs, boats, homes, and demanding power needs.  Highlights include pure sine wave output, input-output isolation, dual closed-loop control, surge current suppression for lithium batteries, system-friendly wiring, and remote-control options.  International standards approve safety and EMC.

IPower Plus Pure Sine Wave Inverter Explained

IPower-Plus is a high-frequency pure sine wave inverter that uses digital intelligent control technology.  The inverter has a lower input inrush current input, faster dynamic response, better impact resistance from the load and, more reliable operation; it also supports lithium batteries.  This product fits any situation of DC to AC, such as RVs, boats, homes, and places requiring high-quality power.

IPower Plus Pure Sine Wave Inverter Product Highlights

• Pure sine wave output.
• Input to output electrical isolation.
• Digital dual closed-loop control of voltage and current.
• Input surge current suppression for lithium battery systems.
• Input surge current suppression technology to support the lithium battery system.
• Output power factor up to one.
• Simple system wiring & 180 degrees rotating LCD.
• Input Protection: Reverse polarity, low-voltage, over-voltage.
• Output Protection: Overload, Short circuit, Overheating.
• Phone and PC remote control through RS485 port.
• Extra external switch port.
• Safety (EN/IEC6210-) & EMC approved by international standards.

Specification

Options Available

• IP2000-12 Plus 12VDC, 2000W
• IP3000-24 Plus 24VDC, 3000W
  
  

AA Solar can access EPEVER full range see their .

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 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 itself and your solar panels.  (Some grid-tied systems are starting to incorporate energy storage, but most don't have any.  But an off-grid inverter needs a battery bank to function. Here's how it works:  your solar panels feed DC power into the batteries.  Then your inverter takes that power and "inverts" it, creating AS power for your home.  This works essentially like a miniature power grid.