Skylla-i 24/100(1+1) 230V

Introducing the Skylla-i 24/100 (1+1) 230V, a highly reliable and efficient victron skylla-i 24/100 battery charger designed to meet the demanding needs of modern energy management systems. Specifically engineered for advanced marine, RV, and off-grid applications, this charger exemplifies Victron Energy’s commitment to delivering durable and high-performance power solutions. The model offers a charging current of 24 Amperes, with an auto-boost feature that ensures optimal battery health by providing appropriate charging modes tailored to different battery types and states of charge.

The Skylla-i 24/100 charger operates at a voltage of 230V, making it compatible with standard mains supplies across many regions. Its robust construction guarantees long-term operational stability, even in challenging environments. The "1+1" configuration indicates its dual-output capability, allowing simultaneous charging of two separate batteries or banks, which enhances flexibility and simplifies complex power setups. This feature is particularly beneficial when managing multiple storage systems within marine vessels, caravans, or stationary installations.

Designed with advanced electronic control and safety features, the victron skylla-i 24/100 charger provides consistent and fast charging cycles while protecting batteries from overcurrent, overheating, and short circuits. Its intelligent design includes adaptive algorithms that optimize charging phases, extending battery lifespan and ensuring maximum efficiency. The integrated design supports easy installation and maintenance, making it ideal for professional installers and end-users seeking dependable power management equipment.

Whether used as part of a renewable energy system or a backup power solution, the Skylla-i 24/100 (1+1) 230V stands out as a suitable choice for users prioritizing durability, safety, and performance. By incorporating this victron skylla-i 24/100 charger into your energy setup, you benefit from increased system reliability and longevity, ultimately enhancing your energy autonomy and reducing overall operational costs.