Victron Multi Inverter Charger 12/500/20-16 230V – PMP121500000

The Victron MultiPlus 12/500/20 is a compact yet powerful 3-in-1 power solution, combining a pure sine wave inverter, adaptive battery charger, and seamless AC transfer switch. Perfect for small-scale mobile and off-grid applications, it ensures uninterrupted power with less than 20ms switchover ideal for computers and sensitive electronics. With remote monitoring via Victrons VRM platform and smart features like PowerAssist and PowerControl, this unit maximizes efficiency and protects against overloads. Built with Victrons proven toroidal transformer technology, it delivers reliability in a space-saving design.

Key Features

• 3-in-1 Design:Inverter, charger, and automatic transfer switch in one compact unit
• True UPS Function:<20ms switchover keeps critical devices running during grid failure
• Remote Monitoring:Monitor and control via VRM portal (with Color Control GX or Venus GX)
• PowerAssist:Boosts weak shore/generator power using battery energy when needed
• PowerControl:Prevents generator overload by managing charging relative to other loads
• Eco-Friendly Search Mode:Reduces no-load consumption by up to 70%
• High Surge Capacity:900W peak power for motor-driven tools and LED converters
• Programmable Relay:Customizable for alarms or control functions

Technical Specifications

• Model:PMP121500000
• Inverter Power:500VA / 430W continuous (25C)
• Peak Power:900W
• Charger Output:20A adaptive with absorption (14.4V), float (13.8V), and storage (13.2V)
• Input Voltage:12V DC (9.5-17V range)
• AC Input:187-265V AC, 45-65Hz
• Efficiency:Up to 90%
• No-Load Consumption:6W (2W in Search Mode)
• Dimensions:311mm (H) x 182mm (W) x 100mm (D)
• Weight:4.4 kg

The Victron MultiPlus 12/500/20 packs professional-grade performance into a compact, all-in-one unit. Its seamless UPS functionality, smart charging, and remote monitoring capabilities make it the ultimate plug-and-play power solution for small mobile and backup systems. Trust Victrons engineering for reliability that fits in tight spaces without compromising on features