SIBEPROFI AC/AC

The SibeProfi AC/AC inverter-converter is designed to supply safety-critical AC loads through central battery systems. It enables the integration of equipment that cannot be connected directly to DC-based systems, significantly expanding the application range of centralized emergency lighting installations.

Typical applications include exterior luminaires, floodlighting systems and technical equipment that must remain operational during emergency conditions. In addition, the system can be used to supply further life safety and fire protection installations such as smoke and heat extraction systems, alarm and notification equipment, and lift control systems for fire emergency operation.

The design supports stable voltage supply even under dynamic load changes. This contributes to the reliable operation of connected systems during critical situations and emergency conditions. Integration into existing CPS systems is structured and enables continuous power supply from the central battery infrastructure.

The scalable system architecture supports the expansion of existing installations and enables additional safety-related equipment to be incorporated into a centralized emergency power concept. This helps support the implementation of building safety requirements while maintaining a coordinated power supply strategy.

• AC power supply enables operation of safety-critical equipment
• integration into CPS systems enables centralized emergency power distribution
• flexible application possibilities enable support for different AC loads
• stable voltage supply ensures reliable performance during load variations
• expandable architecture enables integration of additional safety systems
• the system concept reduces interface challenges between AC and DC infrastructures
• centralized supply simplifies overall system organization
• adaptable configuration enables project-specific solutions

The SibeProfi AC/AC inverter-converter expands centralized emergency lighting systems by enabling AC-powered equipment to be integrated into the overall safety concept. This allows exterior lighting, fire protection systems and other critical building services to be incorporated into a common emergency power strategy.

Because the system is integrated within the technical infrastructure, it has no impact on the architectural appearance of the building. For planners, the ability to supply multiple safety-related systems from a shared energy source simplifies project planning, reduces system fragmentation and supports a coordinated building safety concept.

Integration into existing CPS systems provides a clear and structured installation approach. AC-powered equipment can be incorporated into the centralized emergency power infrastructure without requiring separate backup power solutions.

The centralized architecture reduces wiring complexity between different power supply systems and supports a more organized installation process. At the same time, commissioning is simplified through a unified system concept.

The flexible design enables a wide range of AC loads to be connected, making project implementation more straightforward while reducing coordination effort between different building services.

Typical areas of application

• Exterior lighting within emergency lighting systems
• Floodlighting installations
• Smoke and heat extraction systems
• Lifts with fire emergency operation control
• Firefighter lifts
• Alarm and notification systems
• Carbon monoxide warning systems
• Firefighting water supply systems