Cyrix-ct 12/24V-120A intelligent Victron Energy battery combiner

Cyrix-ct intelligent Victron Energy battery combiner

Cyrix-ct is an intelligent battery combiner, equipped with a robust relay controlled by a microprocessor, intended to facilitate the efficient management of batteries in a power system. This advanced device automates the process of connecting and disconnecting the batteries in parallel depending on the battery voltage, thus improving the performance and life of the system. When one of the batteries reaches a predetermined voltage level, indicating that it is charging, Cyrix-ct connects the batteries. Instead, when the voltage drops below the float level, signaling a discharge, the device disconnects the batteries. This behavior ensures an optimal energy distribution and protects the batteries against excessive discharge.

Technical specifications:

– Type: Intelligent battery combiner
– Control: Microprocessor
– Function: Automatic connection when charging, disconnection when discharging
– Available models: 120A, 230A, 400A
- Efficiency: Practically without voltage loss

Manufacturer details:

Cyrix-ct is manufactured by Victron Energy, a global leader in renewable energy solutions and technology for independent power systems. Victron Energy is renowned for its innovations in energy technology, offering products that combine reliability and efficiency for a wide range of applications.

The purpose and utility of the product: [#$$#]

The main purpose of Cyrix-ct is to improve battery management in a power system, ensuring that batteries are optimally connected and disconnected depending on their state of charge or discharge. This device contributes to maintaining a constant voltage and prevents battery damage, offering an efficient and reliable solution instead of diode isolators.

Recommended for:

Cyrix-ct is ideal for use in power systems that require automatic battery management, such as recreational vehicles, solar power systems, and marine applications. It is suitable for any application that benefits from precise voltage control and an efficient connection between batteries.