Senec Home V3 hybrid

Award Winning German Solar Battery Technology

10 year manufacturer‘s warranty
20 year extended warranty purchasable
Free via app for Android and iOS or via PC/laptop on my.senec.com
Automatic software updates & diagnosis

Senec Home V3: Your Smart Energy Companion

Experience the future of energy management with the Senec Home V3 hybrid solar battery system. Designed for modern households, this innovative solution combines advanced technology with user-friendly features to provide efficient energy storage, ensuring your home is powered sustainably and reliably.

Dual Functionality for Maximum Efficiency

The Senec Home V3 operates as both a solar energy storage system and a backup power source. By capturing and storing solar energy during the day, it allows you to use clean energy even at night. In the event of a power outage, the V3 seamlessly switches to backup mode, providing you with peace of mind and uninterrupted power for your essential appliances.

Advanced Technology for Optimal Performance

Equipped with cutting-edge lithium-ion technology, the Senec Home V3 offers high energy density and longer lifespans compared to traditional battery systems. Its intelligent energy management software optimizes energy consumption, ensuring you make the most of your solar power while minimizing reliance on the grid.

Eco-Friendly and Cost-Effective

Make a positive impact on the environment while saving on energy costs. The Senec Home V3 allows you to harness the sun’s power, significantly reducing your carbon footprint. With its smart energy management capabilities, you can lower your electricity bills by maximizing self-consumption and reducing reliance on peak electricity rates.

Product Overview

DC isolating switch
Display
Front cover
Ventilation outlet in front cover
Rear cable bushings

Integration with Power Generation Systems

Connection Overview: The SENEC.Home Li system integrates with power generation systems to supply electricity.
Electricity Flow: Power is supplied to battery modules from grid-conformant alternating current generated by a generator unit. This electricity can be used directly in the domestic power network or stored temporarily in battery modules.
Power Supply: When needed, the stored power is delivered back to the domestic grid.

DC/AC Conversion

Inverter Operation: The SENEC.Inverter converts alternating current (AC) from the power generator into direct current (DC) for storage in battery modules.
Reverse Conversion: When electricity is drawn for domestic use, the system converts the stored DC back into AC before supplying it to the domestic grid.

Energy Flow Control

Electronic System Control: The system’s electronic components primarily manage energy flow into and out of the SENEC.Home Li.
Charge Control Functionality: The charge control system adjusts the energy flow based on measurements taken at the grid feed point.

Charge Electronics

Charging and Discharging Control: The system has preconfigured controls for managing the charging and discharging of battery modules.
Components of Charge Electronics: This includes a transformer, a control unit (MCU), fuses, automatic disconnection devices, and a measuring unit.
Power Measurement: The system measures three-phase currents and voltages in both directions within the AC grid, enabling the monitoring of electricity flows among battery modules, power generation systems, and domestic users.

Battery Modules

Configuration Options: Depending on the configuration, the SENEC.Home Li can have one (SENEC.Home Li _.b), two (SENEC.Home Li b.]), three (SENEC.Home Li d.b), or four (SENEC.Home Li ^].]) battery modules.
Energy Storage: These battery modules store the supplied energy and release it as needed.
Integrated Battery Management System (BMS): Each battery is equipped with a BMS that continuously monitors safety parameters like temperature, current, and voltage to ensure safe operation.
Safety Measures: The BMS can autonomously shut down charging or discharging during exceptional circumstances, independent of the overall system software.