Tu tienda de energía solar

• Dynamic charging 22 kW with integrated RCD.
• Automatic power adjustment to prevent overloads.
• IP65 mounting on wall or pole, Type 2 AC connector.

• Sigen EV DC Charger 12.5 kW: Includes 5 m CCS2 cable for fast and safe
• Max. stable bidirectional charging of 12.5 kW.
• Ultra-wide range: Full compatibility with EVs (150-1000 V) and CCS2 connector.
• IP66 protection, maintenance-free.

• Sigen EV DC Charger 25 kW: 5 m CCS2 cable for fast and safe charging.
• Max. stable bidirectional charging of 25 kW.
• Ultra-wide range: Full compatibility with EVs (150-1000 V) and CCS2 connector.
• IP66 protection, maintenance-free.

• Dynamic charging 7 kW with integrated RCD.
• Automatic power adjustment to prevent overloads.
• IP65 mounting on wall or pole, Type 2 AC connector.

• 3 breaker positions reserved for SigenStor or other loads.
• Switch to backup mode in 0 ms, uninterrupted energy use.
• Reverse power flow protection of 350 ms from grid or generator.
• Uninterrupted power supply via PV+ESS/grid/generator.

Sigen Gateway HomeMax TP (Three-phase) for 12 inverters

3 breaker positions reserved for SigenStor or other loads
0 ms switchover to backup mode, worry-free energy use
Ready for generator, heat pump, or other controllable loads
Supports whole-home and partial-home backup
350 ms reverse power flow protection from grid and generator
Uninterrupted power supply via PV+ESS/grid/generator

25kw three-phase inverter hybrid- 4MPPT

Max. input voltage: 1100V
Max. Rated input voltage: 600V
Max. intensity per MPPT: 16A
Maximum efficiency:98.4%
Protection: IP66
10 year warranty

• IP66 protection rating, more reliable
• Plug & play, easy to use
• Support 2G / 3G / 4G communication

• Dynamic charging 11 kW with integrated RCD.
• Automatic power adjustment to prevent overloads.
• IP65 mounting on wall or pole, Type 2 AC connector.

• Single-phase hybrid inverter 8 kW - 2 MPPT
• Max. input voltage: 600 V
• Max. rated input voltage: 350 V
• Maximum efficiency: 98%
• Protection: IP66

• Single-phase hybrid inverter 10 kW: 2 MPPT.
• Max. input voltage: 600 V.
• Max. nominal input voltage: 350 V.
• Maximum efficiency: 98 %.
• Protection: IP66, dust- and water-resistant.

• 1% high-accuracy power detection for precise control
• Seamless integration with Sigenergy devices, no setup required
• Top-class 100A direct connection power sensor with built-in CT
• 100ms data refresh rate, instantaneous data feed

• Single-phase hybrid inverter 12 kW: 2 MPPT.
• Max. input voltage: 600 V.
• Max. nominal input voltage: 350 V.
• Maximum efficiency: 98 %.
• Protection: IP66, dust- and water-resistant.

Sigen Energy Gateway C&I 600 kW

Compatible with up to 30 SigenStor inverters connected in parallel
3 breaker positions reserved for SigenStor or other loads
0 ms switchover to backup mode for uninterrupted energy use
Ready for connection of generator, heat pump, or other controllable loads
350 ms anti-backflow protection for grid and generator
Uninterrupted power supply via PV + ESS / grid / generator

• High capacity: Up to 50 kW and 50 inverters.
• Storage compatible: Works with SigenStor, generators, and EVs.
• Safety: Reverse flow 350 ms and 0 ms backup.
• Uninterrupted power: Supply via PV + ESS / grid / generator.

• Nominal AC output power: 100 kW (380/400 V, 50/60 Hz)
• Number of MPPTs: 8 independent inputs
• MPPT input voltage range: 160–1000 V
• Maximum efficiency: 98,3%

• High density: 12 kWh/module, up to 253 kWh/system
• Safety: IP66, fire suppression, cell thermal control
• Compatible & scalable: CAN integration with Sigenergy inverters, 4‑21 modules
• Fast installation: Ground mount, air cooling, simple commissioning

SigenStack Battery Controller M1 - 0.5C
This is the main controller for the battery modules in the SigenStack series. Its function is to regulate and optimize the performance of the energy storage system in each tower, enabling efficient management of the stored energy. The maximum capacity that can be installed per tower controller is 252 kWh.

The SigenStack cover serves as protection for the battery modules inside the tower. Its main function is to safeguard the modules from external elements such as dust, moisture, and adverse environmental conditions, helping to extend the system's lifespan and maintain installation safety.