IG100 Automatic Clean Agent Fire Extinguisher For Inverter Room 20MPa

IG100 Clean Agent Fire Suppression System is a cutting-edge solution designed to protect the sensitive equipment in the inverter room of photovoltaic power stations. Utilizing 100% pure nitrogen (IG 100), this system offers a safe, effective, and environmentally friendly means of fire suppression. As an inert gas system, it works by reducing the oxygen concentration in the protected space to a level that prevents combustion while remaining safe for human occupancy. The IG100 Clean Agent Fire Suppression System is non-toxic, residue-free, and ideal for occupied spaces, making it a preferred choice for protecting personnel and sensitive equipment in photovoltaic power stations. Unlike water-based or dry chemical fire suppression systems, it leaves no corrosive residue, ensuring that sensitive equipment remains undamaged and operational after discharge. Additionally, the system is electrically non-conductive, making it safe for use in environments with electrical equipment. The IG100 system also boasts zero ozone depletion potential (ODP) and zero global warming potential (GWP), making it environmentally friendly and compliant with global environmental standards such as the Montreal Protocol. Its design allows for smaller-diameter, lower-cost piping and venting hardware, reducing installation costs by up to 60% compared to traditional high-pressure fire suppression systems. After discharge, the system can be quickly refilled and reassembled, minimizing operational downtime.

 
 
Application:
 

1. Utility-Scale Solar Farms
In large PV power stations with hundreds of inverters, the IG100 system provides centralized protection for inverter clusters:
Outdoor Inverter Stations: Installed in weatherproof enclosures, the system withstands harsh environmental conditions (e.g., dust, high temperatures) while suppressing fires caused by solar array faults or lightning strikes.
Indoor Inverter Halls: In climate-controlled environments, the residue-free agent preserves the efficiency of cooling systems, preventing dust accumulation and ensuring optimal inverter performance post-suppression.

2. Commercial and Industrial PV Systems
For rooftop or ground-mounted systems in commercial buildings:
Rooftop Inverter Rooms: The system’s compact design fits into limited rooftop spaces, protecting inverters from fire risks associated with adjacent HVAC units or solar panel malfunctions.
Battery-Integrated Inverter Rooms: In hybrid PV-battery systems, the IG100 clean agent fire suppression system addresses dual risks from both inverters and energy storage systems, ensuring safety for combined power systems.

3. Grid-Connected Inverter Facilities
In grid-connected PV plants, where inverters interface with high-voltage transmission systems:
Grid Tie-In Rooms: The non-conductive agent safely suppresses fires in transformer-coupled inverters, preventing cascading failures that could disrupt grid stability.
Remote Monitoring Centers: Integrated with IoT sensors, the system sends real-time alerts to central control rooms, enabling quick response to fire incidents in remote PV sites.

4. Off-Grid and Microgrid Inverter Systems
For decentralized energy solutions:
Remote Rural PV Systems: The system’s low-maintenance design suits off-grid inverters in remote locations, where post-fire cleanup is challenging.
Island Microgrids: In isolated PV-battery microgrids, the IG100 system ensures continuous power supply by protecting inverters from fire-related downtime, critical for communities reliant on stable energy.