Watterflow is a holistic energy monitoring and control system designed to optimize energy management of grid-connected and off-grid renewable energy systems.

It is an open and flexible system which can be adapted to many different energy management environments and applications.
Watterflow 10[1]

Main Characteristics

  • Holistic optimization algorithms, which can control both electrical and thermal loads for energy optimization, maximizing instant renewable consumption and minimizing battery utilization or surpluses poured to the grid
  • Integrates with PV inverters (PowerOne, SMA, Fronius)
  • Can be integrated with heat pumps and thermal storage systems
  • Can be integrated with contactors and frequency converters
  • Based on an industrial open hardware platform with a Linux operating system.
  • RS232, RS485, CAN, Ethernet, Wi-Fi, Bluetooth connectivity
  • Supports MODBUS and CANOpen
  • Maximizing self-consumption of renewable energy
  • Programmable load control
  • Energy storage and management through thermal and process storage
  • Active power limitation
  • Web based management interface
  • Zero injection funcionality
Response time 100 ms
Power supply 5 V
Size 93x64x40 mm
Weight 120 gr
Temperature range -40 C / +85 C







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