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The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

The ISB is designed to protect roof-mounted photovoltaic systems in the event of an emergency or fire.
in the event of an emergency or fire, providing maximum safety for the fire brigade and the electrical installation.
the electrical installation.
Its design makes it easy to install even on existing installations.
Maximum current up to 40 A.
Maximum voltage up to 1500 VDC.
Includes automatic shutdown temperature sensor.
According to EN 60947-3, EN 61643-11.

Up to 10 inverters can be connected to S2-RF-LINK. Insert the data logger directly into the inverter
port , the gateway uses wired ethernet to connect to the home router, and transmits data to
SolisCloud. SolisCloud, the Solis monitoring platform, allows for remote system monitoring and
control. The data is clear and detailed, making it easy to monitor and troubleshoot from anywhere
anytime.

Supports WiFi and LAN communication
- Plug and play, quick installation
- Fault alarm, real time monitoring
- Status indicator, easy to display the working status
- RESET button, one key to send data, convenient debugging
- Support Bluetooth close connection and debugging
- One-key inverter address assignment,
efficient and labor-saving

Sigen Energy Gateway HYB-15 Inverter Connection
Cabinet

Double glass module with TOPCon N-Type technology and 505W power.
MC4-EVO2 connectors and 1400mm cable for vertical and horizontal installation.
Black frame and product warranty 25 years.
Measures 1961 x 1134 x 30 mm.
Pallet: 36 panels
Container: 864 panels

• Nominal AC output power: 6 kW (220/230/240 V, 50/60 Hz)
• Number of MPPTs: 2 independent inputs
• MPPT input voltage range: 160–1000 V
• Maximum efficiency: 98.6%

€/W este calculat folosind modulul Aiko de 600 W

Eficiență
• Eficiență maximă record mondial de 98,2%
• Putere mare de ieșire de până la 900 W
• Cea mai mare densitate de putere din lume cu design ultraușor
• Instalare în orice orientare, crescând producția anuală cu 25–50%
• MPPT individual care previne pierderile de umbrire

Securitate
• Tensiune foarte joasă < 60 Vdc
• Carcasă din polimer pentru siguranță intrinsecă, nu este nevoie de împământare suplimentară
• Întreținere simplă datorită tehnologiei MLPE
• Detectarea temperaturii pe bornele DC

Fiabilitate
• 25 ani garanție
• Comunicare PLC stabilă până la 350 m
• Protecție la un singur punct de defecțiune
• Chip-uri și antene de calitate necomercială pentru un plus de robustețe

Scalabilitate
• Extindere flexibilă pentru sisteme de până la scară MW
• Un singur SKU valabil pentru instalații monofazate și trifazate
• Un singur SKU compatibil cu toate modulele fotovoltaice
• Integrare plug-and-play complet fără probleme

Operare și întreținere
• Punerea în funcțiune în 1 minut folosind scanarea foto
• Detecție PV alimentată de AI pentru O&M mai inteligentă, mai rapidă și mai precisă