Marstek Venus-E Mini - 2kWh - Home Battery

The Marstek Venus-E Mini 2kWh Home Battery is a compact and intelligent energy storage solution designed to maximize the use of solar power. Featuring an integrated 1.5 kW bidirectional inverter, AI-driven energy optimization, and simple plug-and-play installation, it helps homeowners increase self-consumption and reduce electricity costs.

With a usable storage capacity of 2 kWh, the Venus-E Mini stores excess solar energy generated during the day for use in the evening or during periods of higher electricity prices. This allows you to make better use of your renewable energy production while reducing reliance on the grid.

The battery utilizes advanced LiFePO4 battery technology, offering enhanced safety, long service life, and thousands of charge and discharge cycles. Its durable IP65-rated enclosure makes the system suitable for both indoor and outdoor installations.

In addition, the Marstek Venus-E Mini features an integrated backup power function, allowing essential household appliances to remain operational during power outages. Through the intuitive mobile app, users can easily monitor energy consumption, battery status, and charging schedules in real time.

Key Benefits

• 2 kWh usable storage capacity


• 1.5 kW bidirectional charging and discharging power


• Easy plug-and-play installation


• Intelligent AI-powered energy optimization


• Compatible with existing solar PV systems


• Safe and durable LiFePO4 battery technology


• Backup power capability up to 1.5 kW


• Suitable for indoor and outdoor installation (IP65)


• WiFi and Bluetooth connectivity


• Compact and space-saving design

Technical Specifications

• Capacity: 2 kWh


• Battery Type: LiFePO4


• Rated Power: 1.5 kW


• Peak Power: 1.8 kW


• Grid Voltage: 230 V / 50 Hz


• Protection Rating: IP65


• Communication: WiFi & Bluetooth


• Dimensions: 386 × 450 × 105 mm

The Marstek Venus-E Mini 2kWh is the ideal home battery for homeowners looking to maximize solar self-consumption, lower energy costs, and increase their energy independence.