NEP BDM-800 Microinverter

product information

The NEP BDM800 is the ultimate solution for balcony power plants and rooftop systems looking for reliable, grid-compliant energy conversion. This innovative microinverter converts the generated PV power into AC and feeds it directly into your home grid to provide immediate benefits.

• Input power: 2 x 600 W
• Maximum input voltage: 60 V
• Maximum output power: 800 W
• Operating temperature: -40°C to +65°C
• Protection class: IP-66, IP-67
• Warranty: 10 years
  
  

  Features:

  Efficient energy conversion: The NEP BDM800 is mounted directly under a PV module and is responsible for the connected modules. Thanks to MPPT technology, the power of your photovoltaic panels is used optimally, resulting in efficient energy production.
  Downgrade to 600 W: With the NEPViewer app, you can reduce the output power from 800W to 600W to meet future VDE standards. This feature allows for easy retrofitting without an electrician and allows you to optimize the full potential of your solar system.
  Integrated technology: The electronics of the NEP BDM800 are state-of-the-art and offer integrated energy measurement via WLAN and the NEPViewer app. Monitor energy production conveniently via smartphone and optimize your system.
  VDE-certified and robust: Certified according to VDE-AR-N-4105:2018, the micro inverter meets all German standards. Its robust die-cast aluminum housing with excellent thermal conductivity properties ensures longevity.
  Easy installation: The NEP BDM800 is dustproof, waterproof (IP67) and can be mounted directly on the solar module or mounting profile. The connection is easy with a plug connection.
  High performance and efficiency: With an efficiency of up to 96.5% and fast separate MPPT tracking for each solar module, the NEP BDM800 enables optimal energy generation, even in partial shading and varying weather conditions.
  Integrated WLAN: You can use the WLAN module to connect the inverter to your home network and track and analyze energy production in real time using the NEPViewer app.