MultiPlus— Single AC Input Inverter/Charger
542 available | Ships in 1-2 days
☑️ One AC Input & Two AC Outputs
☑️ Single High-Capacity ATS
☑️ Modular Configuration for Single, Split or 3-Phase
💡 Have a Question? Get a Real Answer >
Downloads
Enclosure dimensions
- MultiPlus Compact 12V / 24V 1200VA 1600VA (3D)
- MultiPlus Compact 12V / 24V 1200VA 1600VA (stp)
- MultiPlus Compact 12V / 24V 2000VA (3D)
- MultiPlus Compact 12V / 24V 2000VA
- MultiPlus Compact 12V / 24V 2000VA (stp)
- MultiPlus-Quattro-Inverter 12V 24V 48V 3000VA (3D)
- MultiPlus-Quattro-Inverter 12V 24V 48V 3000VA (stp)
- MultiPlus-Quattro-Inverter 12V 24V 48V 3000VA
- MultiPlus-Quattro-Inverter 24V 48V - 5000VA (3D)
- MultiPlus-Quattro-Inverter 24V 48V - 5000VA (stp)
- MultiPlus-Quattro-Inverter 24V 48V - 5000VA
- MultiPlus Compact 12V / 24V 1200VA 1600VA
Manuals
- MultiPlus Compact 12/24V 800VA, 1200VA, 1600VA 230V
- MultiPlus Compact 12/24V 2000VA 120V
- MultiPlus Compact 12/24V 2000VA 230V
- MultiPlus 3k 230V - 16A 50A
- Connecting other lithium battery systems to Multis and Quattros
- MultiPlus 5k 100A 230V
- ESS (Energy Storage System) - Start page
- MultiPlus 3k 120V
- VE.Bus parallel split- and three-phase systems
- VE.Bus Error Codes
- Configuring solar systems with Quattros and Multis
- AC-coupling and the Factor 1.0 rule
- Service Manual - MultiPlus 3k 120V
- User Manual - MultiPlus 3k 120V
- Automatic Generator start-stop (PDF)
- Automatic Generator start-stop (HTML5)
- VictronConnect configuration guide for VE.Bus products (HTML5)
- VictronConnect configuration guide for VE.Bus products (PDF)
- Solar & Wind Priority (HTML5)
- Solar & Wind Priority (PDF)
- Energy Storage System (HTML5)
- Energy Storage System (PDF)
- Pre-RMA Bench Test Instructions (HTML5)
- Pre-RMA bench test instructions (PDF)
System schematics
- VE.Bus Three Phase Nobreak system with Fuelcell
- Split Phase System Example
- Grid-connected Solar system on MultiPlus
- Wiring diagram for a VE.Bus panel
- AC + DC System for vehicles
- System example with Phoenix Multi / Multi compact
- System example with Phoenix Multi in parallel configuration
- System example with Phoenix Multi and double AC input
- Hub-1 System Component Layout
- MultiPlus system example 5kW-24V-230V
- MultiPlus system example 3kW-24V-120V AC
- Victron Van - Automotive - Multi (ds)
- Victron Van - Automotive - Full (ds)
- Victron Van - Automotive - Full (sld)
- VE.Bus BMS example with 3kW 12V MultiPlus 230V
- MultiPlus 3KW 120VAC 12VDC 400Ah Li VEBus BMS generator MPPT BMV CCGX Orion-Tr Smart
- MultiPlus 3KW 120VAC 12VDC 400Ah Li VEBus BMS generator MPPT BMV CCGX Orion-Tr Smart Lynx distributor
- MultiPlus 3kW 120VAC 12VDC 600Ah Li Lynx Smart BMS & distributors Cerbo GX touch generator MPPT Orion-Tr Smart
- MultiPlus 3kW 230VAC 12VDC 600Ah Li Lynx Smart BMS & distributors Cerbo GX touch generator MPPT Orion-Tr Smart
- MultiPlus 3kW 230VAC 12VDC 600Ah Li Lynx Smart BMS & distributors Cerbo GX touch generator MPPT Extra Alternator & WS500
- US Van Manual & Drawing Smart BMS CL12_100 MultiPlus 3kVA 12V 120V 60Hz
- US-VAN Drawing VEBus BMS MultiPlus 3KW DMC 400Ah Li Cerbo SBP 100A & 65A SmartShunt MPPT 100-50 OrionTr
- Narrow Boat MultiPlus 3kVA_12V_230V Lynx Smart BMS&Distributors Alternator WS500 MPPT SBP Orion-Tr Cerbo GX touch 50 Bow thruster Galvanic isolator
- Van/Motorhome Manual & Drawing 3 monitoring setups MultiPlus 3kVA 12V 230V 50Hz Drop-in Li
- Genless catamaran with Victron MultiPlus paralleled Lynx Smart BMS NG 800Ah NG Li HP Alternators ARCO Zeus regulators
- Genless catamaran with Victron MultiPlus paralleled Lynx Smart BMS NG 800Ah NG Li HP Alternators Wakespeed WS500-Pro regulators
- Genless monohull with Victron MultiPlus Lynx Smart BMS NG 600Ah NG Li HP Alternator ARCO Zeus regulator
- Genless monohull with Victron MultiPlus Lynx Smart BMS NG 600Ah NG Li HP Alternator Wakespeed WS500-Pro regulator
Technical informations
- Achieving the impossible
- Adaptive charging - How does it work?
- The Energy Unlimited book
- Using the MultiPlus to reduce operating cost of a generator
- Reducing cost of Off-grid Telecom BTS
- Marine Generator Test 2007 - Test Report
- Engine driven inverter system
- Data communication with Victron Energy products
- Interfacing with VE Bus products - MK2 protocol
- Modbus-TCP register list
- Marine Integration Guide
- MultiPlus Generator FAQ
- Overview
- Setup & Sizing
- Benefits
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The rumors are true: Victron Energy makes the best off-grid inverter chargers on the market. The MultiPlus line is ideal for those looking for smaller, low-output solutions where size and efficiency are paramount.
The MultiPlus is available in 12V, 24V, and 48V with models ranging from 500VA to 15KVA. Units can be wired independently, in parallel for increased power, or grouped for split and 3-phase configurations. This makes the possible uses for the MultiPlus range from a small single-phase system, all the way up to a commercial scale 180kVA 3-phase.
Do you need 2 AC outputs? Review our MultiPlus Victron Energy Inverter/Charger Buyer Checklist.
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Victron inverter/chargers are compatible with lithium, lead acid, and AGM battery chemistries. Change settings in minutes using VE.Configure software on a laptop with an MK3-USB interface.
Victron’s naming convention outlines the system's potential based on its design.
Example: MultiPlus 24/3000/70-50 120V VE.Bus
- 24 Volt DC battery
- 3000 Volt Amps continuous power rating
- 70 Amp DC battery charger
- 50 Amp AC pass-through transfer relay
- 120 Volt AC inverter
- VE.Bus is the inverter's communication protocol
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The MultiPlus is a versatile and reliable inverter/charger that offers a range of features valuable to off-grid, backup, and hybrid power systems, including:
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Simplified installation via an integrated inverter and charger design reduces the need for multiple devices, saving space and simplifying wiring.
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Seamless switching between battery and grid power provides an uninterrupted power supply, which is crucial for off-grid and backup systems.
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PowerAssist technology prevents overloading the grid or generator by supplementing power with battery storage.
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Remote monitoring and control via Bluetooth or VRM allows easy management of the system from anywhere, making it ideal for off-grid or remote installations.
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High surge capacity ensures that appliances with high startup demands can be run without issues.
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High energy efficiency ensures minimal power loss, which is particularly valuable in off-grid setups where energy is precious.
- Flexible battery charging ensures compatibility with different battery chemistries, optimizing battery life and performance.
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