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SolarEdge HD-Wave SE3800H-US 3.8 kW Inverter

SolarEdge HD-Wave SE3800H-US 3.8 kW Inverter

Regular price $799.00
Regular price $1,096.00 Sale price $799.00
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Product Details

The SolarEdge HD-Wave SE3800H-US 3.8 kW Inverter is a premium single-phase string inverter designed for residential solar systems. Built to work seamlessly with SolarEdge power optimizers, it delivers top-tier conversion efficiency, robust safety compliance, and convenience in installation and monitoring. Whether indoor or outdoor, this inverter offers superior performance, reduced energy loss, and module-level data to keep your system working at its best.

Key Features

  • Designed exclusively for use with power optimizers to maximize energy yield. 
  • Record-breaking efficiency – up to 99.2% maximum inverter efficiency, with a CEC weighted efficiency of 99%
  • Integrated Arc Fault Protection and Rapid Shutdown caps (NEC 2014/2017 690.11 & 690.12) for enhanced safety. 
  • UL1741 SA certified; compliant with CPUC Rule 21. 
  • Lightweight and compact: can be handled by one person and installs on a supplied bracket. 
  • Natural convection cooling (no fan) – quieter operation. 

Why Choose SolarEdge SE3800H-US?

  • Maximized energy yield with optimizer-based design.
  • Superior safety features (Arc-Fault, Rapid Shutdown) ensuring compliance with strict electrical codes.
  • Quiet and low maintenance, thanks to fanless cooling and high efficiency.
  • Built-in module-level monitoring simplifies system oversight and fault detection.

Ideal For

  • Homeowners installing solar with power optimizers seeking high performance.
  • Installations where safety compliance is critical (local electrical regulations / NEC codes).
  • Situations where noise and space are concerns.
  • Systems wanting reliable monitoring and minimal downtime.

Installation Tips

  • Must be paired with SolarEdge power optimizers to function as designed.
  • Install by a licensed electrician, conforming to local NEC / electrical codes.
  • Ensure mounting location allows adequate airflow for natural convection.
  • Use proper conduit sizes for AC/DC outputs as per the datasheet.