Fenecon
| Storage Type | Zubehör |
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Available immediately
| Storage Type | Zubehör |
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In transit
| Storage Type | Zubehör |
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Available immediately
| Storage Type | Zubehör |
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In transit
Fenecon offers modular, scalable storage and energy management solutions specifically for PV systems. This product family impresses with high efficiency, integrated safety technology and flexible software integration via FEMS apps. Systems are suitable for private residential properties as well as commercial applications and charging infrastructure. This makes it possible to increase self-consumption rates, meet grid requirements and reduce operating costs.
High-Performance Energy Management and Storage Systems
Fenecon solutions combine battery systems, heating loads and intelligent control software into holistic energy systems. Typical benefits include improved load control, grid supportiveness and the integration of power-to-heat components for load shifting. Applications range from single-family homes and multi-party residential complexes to commercial storage systems and public charging points.
Our Fenecon Systems at a Glance
- Fenecon Home 15 kW AVU 63 A — High-performance home storage system for high infeed and feed-back power, suitable for single-family homes and small commercial businesses.
- Fenecon Heizstab 6 kW — Power-to-heat element for efficient use of excess PV power for hot water and heating support.
- Fenecon FEMS Paket 3-Phasen Sensor 65A — Precise measurement and status monitoring for phase-accurate control and billing.
- FEMS App PV-Wechselrichter — Interface integration for inverters, optimized generation control and FEMS-controlled operating modes.
- FEMS App Lastspitzenkappung Gewerbespeicher — Automated peak-shaving strategies to reduce demand charges and grid load.
Technical Features and Benefits
These systems are based on redundant control, modular battery technology and open communication interfaces (FEMS). Safety functions include battery management (BMS), protection against over-/undervoltage and temperature monitoring. Optimized charge/discharge cycles maximize service life and increase efficiency. Combined with FEMS apps, this results in reliable energy management processes for long-term stable, grid-supportive operation.