Smart Heater EcoFlow PowerGlow 6 KW

Convert solar energy into hot water

The smart immersion water heater EcoFlow PowerGlow 3.5/6/9 kW is a water heating device specially designed for connection to photovoltaic systems. It operates independently of the photovoltaic system or easily integrates with EcoFlow PowerOcean or with an electric heater for a heat pump type PowerHeat. Increasing your self-sufficiency, PowerGlow efficiently uses excess solar energy to heat water. Thanks to extremely fast installation, it is the ideal way to start using clean energy for water heating.

Use excess solar energy to provide hot water

Increase your own consumption with the excess solar energy from EcoFlow PowerOcean to provide water heating for your home.

Smart control via the EcoFlow app

Monitor consumption and energy savings with a visual interface featuring three modes tailored to different usage needs.

Operating modes:

• Smart mode
  - Set the desired temperature and duration.
  - EcoFlow PowerGlow automatically adjusts power for efficient energy consumption.
• Solar mode
  - EcoFlow PowerGlow operates solely based on the availability of solar energy.
• Manual mode
  - Set target power and temperature manually.

Advantages:

• Efficient use of solar energy: The heater allows directing excess solar energy to heat water.
• Automatic power regulation: The device automatically adjusts power, contributing to efficient energy use.
• Easy installation: Quick and simple to install device.
• High power: 6 kW power is sufficient for fast water heating with environmentally friendly energy.
• Compatibility: The device is compatible with PowerOcean energy independence kits, PowerGlow heat pump, and photovoltaic systems.
• Intuitive control: Easy control via the EcoFlow app.

"The manufacturer reserves the right to change the composition, configuration, color range of the product, warranty period, technical specifications, etc. without prior notice. Therefore, the product description: technical specifications, configuration, individual properties may vary."