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Victron Energy

Victron Skylla-i 24/80(3) 230V Charger

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$1,582.00
$1,344.99
(You save $237.01 )
SKU:
CWR86616
UPC:
8719076026235
Condition:
New
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Description

Victron Skylla-i 24/80(3) Battery Charger | Boat Supply Store

Engineered for demanding marine environments, this charger ensures optimal battery health across diverse chemistries, including LiFePO4. Its 24V nominal output and 80A maximum charging current deliver robust power to three independent battery banks. Integrated PowerControl functionality allows for efficient management of shore power input, preventing overload on limited circuits, essential for long-range cruising vessels navigating the Gulf Coast.

Key Features

  • Intelligent Charging with variable absorption time for lead-acid longevity.
  • BatterySafe Mode prevents gassing and damage during charging cycles.
  • Storage Mode minimizes maintenance and extends battery lifespan.
  • Li-ion (LiFePO4) Ready for modern battery chemistries.
  • NMEA2000 Connectivity for seamless integration into vessel networks.
  • PowerControl Feature limits maximum AC input current.
  • Three Independent Battery Banks for versatile system management.
  • Compact and Lightweight Design for easy installation in confined spaces.

Specifications

Product Specifications
Output Voltage24V
Output Current80A
Number of Battery Banks3
AC Input Voltage230V
ConnectivityNMEA2000
Battery Chemistry SupportLiFePO4 ready

Who This Is For

Marine enthusiasts and professional fleet managers requiring a high-performance, environmentally resilient battery charging solution capable of managing multiple battery banks and supporting advanced battery technologies. This unit is ideal for vessels operating in harsh conditions where reliability and intelligent power management are paramount.

How It Compares

FeatureVictron Skylla-i 24/80(3) Battery ChargerCompetitor
Output Current80A100A
Battery Voltage24V24V
AC Input230V230V
NMEA2000 ConnectivityYesYes
LiFePO4 ReadyYesYes
PowerControlYesYes

Common Concerns Answered

Is the Victron Skylla-i 24/80(3) 230V Charger difficult to set up?

While some advanced features require specific knowledge, the initial setup is straightforward for basic charging needs. Comprehensive documentation is provided, and for complex integrations, professional installation is recommended.

Why is the Victron Skylla-i 24/80(3) 230V Charger more expensive than basic chargers?

The higher price reflects its superior build quality, advanced intelligent charging algorithms for battery longevity, robust environmental protection, and integrated connectivity options like NMEA2000, offering long-term value and performance unmatched by simpler units.

What if I only need basic battery charging?

The Skylla-i excels even in basic applications with its reliable 24V 80A output and three banks. However, its intelligent charging modes and potential for future upgrades (like LiFePO4) offer significant advantages over basic chargers for long-term vessel ownership.

Frequently Asked Questions

What is the maximum charging current of the Victron Skylla-i 24/80(3) 230V Charger?

The Victron Skylla-i 24/80(3) 230V Charger has a maximum charging current of 80A.

Can the Victron Skylla-i 24/80(3) 230V Charger be used with LiFePO4 batteries?

Yes, the Victron Skylla-i 24/80(3) 230V Charger is LiFePO4 ready and supports lithium-ion battery chemistries.

What is PowerControl on the Victron Skylla-i 24/80(3) 230V Charger?

PowerControl allows you to set a maximum AC input current limit, preventing the charger from overloading your shore power connection or generator. This feature is crucial for managing limited power sources.

Does the Victron Skylla-i 24/80(3) 230V Charger have NMEA2000 connectivity?

Yes, the Victron Skylla-i 24/80(3) 230V Charger features NMEA2000 CANbus connectivity for seamless integration into your vessel's digital network.

How does BatterySafe mode work on the Victron Skylla-i 24/80(3) 230V Charger?

BatterySafe mode ensures the battery is protected from damage due to excessive gassing by limiting the charge voltage to a safe level, even at high temperatures. It prioritizes battery safety during the charging process.

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