Enwitec
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Enwitec offers robust switchover and protection solutions for decentralized energy systems. This product family stands out for its high reliability, secure switching technology and modular design. Efficiency and easy integration into PV systems enable economical backup and protection concepts. These components are suitable for both private single-family homes and commercial and industrial installations.
Versatile Switchover and Protection Solutions for PV Systems
Enwitec components secure energy flows, allow uninterrupted backup power transitions and protect battery systems against overload and short circuits. Typical applications are off-grid and grid-connected storage solutions, backup power concepts for residential buildings, commercial properties and PV battery storage in multi-family buildings. Benefits include reduced downtime, standards-compliant safety and easier commissioning through pre-configured variants.
Enwitec Switchover Boxes and Battery Protection at a Glance
- enwitec Netzumschaltbox Backup Dual EU – Dual backup power switch for hybrid systems; compact solution for redundant supply and easy integration.
- enwitec Batterieabsicherung BAT BREAKER HVS/HVS+ – High-current circuit breaker for battery systems; optimized for fast protection during short circuits and service work.
- enwitec Netzumschaltbox für Fronius SYMO GEN24 Plus - Allpolig - Standard – Switchover box specifically matched to Fronius hybrid inverters; ensures complete isolation and standards-compliant backup operation.
- enwitec Netzumschaltbox POWER Backup 63 VERTO PLUS IP – Robust, IP-rated design for outdoor and utility room use; suitable for demanding commercial installations.
Technical Features and Operational Benefits
The series uses proven switching and protection elements with a focus on electrical safety and long service life. Key features include a thermally and short-circuit-resistant design, clear disconnection points for maintenance, and compatibility with common inverters. Efficient energy management is supported by suitable switching logic and interfaces for system control. The components minimize failure risks and simplify service processes.