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The Victron Energy ET340 three-phase energy meter for photovoltaic and ESS systems. Supports current up to 65A per phase, 15 kW at 230V. It enables precise energy consumption measurement and installation management.
The Victron Energy ET340 three-phase energy meter for photovoltaic and ESS systems. Supports current up to 65A per phase, 15 kW at 230V. It enables precise energy consumption measurement and installation management.
The Victron Energy ET340 three-phase energy meter for photovoltaic and ESS systems. Supports current up to 65A per phase, 15 kW at 230V. It enables precise energy consumption measurement and installation management.
Guarantee
24 month
Delivery from Europe in
5 - 8
business days
is an advanced, three-phase electricity meter designed to precisely monitor energy consumption in energy storage systems. It measures current up to 65A, which corresponds to the maximum power 15 kW by 230V for each phase. This device is ideal for photovoltaic installations and other renewable energy systems where control over electricity consumption and production is crucial. Energy Meter ET340 It can be installed both directly in the distribution box and in energy storage monitoring systems, which enables effective energy management, especially in moments when electricity production is limited, e.g. on cloudy days or at night.
This meter model can be connected to energy management systems via an interface RS485 or Ethernet, providing flexibility and versatility in applications. Regardless of the communication method chosen, the meter allows for precise tracking of both instantaneous power and long-term energy consumption in kWh. Energy Meter ET340 was designed with integration with systems in mind ESS (Energy Storage Systems), making it an ideal choice for monitoring battery performance and automatically switching to stored energy when solar power plants do not generate enough electricity.
This versatile energy meter offers reliable solutions for energy storage systems. Its advanced measurement capabilities and compatibility with various communication methods make it an ideal choice for anyone looking to effectively manage energy consumption, especially in renewable energy systems.