merXu Protected Payments
Turvaa maksusi toimitukseen asti.
- Valmistaja: Fronius
- Nimellinen vaihtovirta: 4000 W
- Vaiheiden lukumäärä: Kolme
- MPPT:iden määrä: 2
- Series: Fronius Symo GEN24 Plus
Vertaa 11 tarjouksia
Alkaen
Toimittajan tarjous:
Lähetysmaa:
Määränpäänä olevat maat:
Saatavuus:
Lähetysaika:
MerXun suosittelemat maksutavat:
Vaihtoehtoiset maksutavat:
Valmistaja
Fronius
Valmistajan koodi
symo-gen24-4.0-plus
Dostępne sztuk
1
Gwarancja
10.0
Teho [kW]
4.0
Paino (kg)
34.8
vaiheiden lukumäärä
3-fazowy
MPPT:iden määrä
2
The Fronius Symo GEN24 4.0 Plus is a cutting-edge hybrid inverter designed for residential and small commercial solar power systems. This versatile device combines high efficiency with advanced features to maximize energy production and storage capabilities.
- Powerful 4.0 kW nominal power output
- Wide voltage range of 80 V - 1,000 V for flexibility in system design
- Impressive 98.2% maximum efficiency and 97.2% European efficiency
- Compact dimensions (725 x 510 x 225 mm) and lightweight (25 kg) for easy installation
- Robust IP 66 protection class for outdoor installation
- Multiple connectivity options, including WLAN, Ethernet, and USB
- Integrated backup power supply for enhanced energy security
- Smart energy management features for optimal power distribution
- Comprehensive monitoring capabilities through Fronius Solar.web
- Compatibility with Fronius Plus and Fronius Plus models
- Extendable warranty up to 10 years for long-term peace of mind
- Automatic monitoring and remote control functionality
- Integrated DC disconnector and overvoltage protection for safety
- Support for remote firmware updates and software upgrades
The Fronius Symo GEN24 4.0 Plus is an all-in-one solution for modern solar energy systems. Its advanced features, high efficiency, and robust design make it an excellent choice for homeowners and businesses looking to maximize their solar investment. With its integrated backup power supply and smart energy management capabilities, this inverter ensures reliable power production and optimal energy utilization, even during grid outages.