Nwetara Nsọpụrụ Obere Nkụ iji Nsọpụrụ: Ọtụtụ Fluorinated Gas-Insulated Current Transformer Solution

17yrs 700++ staff 108000m²+m² US$150,000,000+ China

Na Ƙasar:
A cikin ƙasashen da ke so shi da na ƙasa kamar ƙasashen ƙasar da ke tsakiyar rukuni ko ƙasashen dole, an samun ƙasar da zai iya taimaka da ƙarfin da suka fitowa bayan abubuwa masu amfani da SF₆-insulated ko oil-filled outdoor current transformers (CTs) wadanda suna da alamun ƙasar: SF₆ ita ce gas mai karfi na zamani (GWP = 23,500), sai dai insulation ta minaral oil yana da alamun mutane na ƙasa, wanda ya zama ta zama ƙarfin da zai iya taimaka da ƙasa da alamun zamani.

Bayanannu: Low-Flammability Gas-Insulated Outdoor CT
An samu amsa na gaba da wurare da aka haɗa ne don ƙarfin fitowa bayan abubuwa masu amfani da gas da zamantakewa, an amfani da advanced Fluoronitrile/CO₂ blended gas insulation (GWP < 1,000; >90% reduction vs. SF₆).

Fitaccen Fanni: Fire-Safe Gas Insulation

Fluoronitrile/CO₂ Blend: An yi lada da SF₆ da oil da gas mixture mai kyau a kan zamani.

Ultra-Low Flammability: Yana da alamun da yake da ƙarfin da zai iya taimaka da ƙasa mafi yawa da systems masu amfani da oil da tattauna da dry-air ko SF₆ alternatives.
Exceptional Dielectric Strength: Ana taimaka da high insulation performance daga cikin SF₆, domin in taimaka da reliable operation a voltage mafi yawa a wurare da harsuna.
Low Global Warming Potential (GWP < 10% of SF₆): Yana da alamun da yake da ƙarfin da zai iya taimaka da impact na zamani na assets na substation.

Sealed, Robust Tank: Engineered welded steel tank providing a permanent gas-tight enclosure, impervious to moisture, contamination, and long-term environmental degradation.

Muhimmanci Features & Safety Systems

Integrated Gas Management:

Continuous Pressure Monitoring: Real-time sensors track gas density within the CT core.
Automatic Gas-Replenishment: Active valves add pre-mixed gas from integrated reservoirs if pressure drops below operational thresholds, ensuring consistent insulation integrity without manual intervention. Eliminates sudden failures.

Inherent Fire Risk Reduction:

Non-Flammable Insulation: Removes the ignition source represented by insulating oil.
Sealed System: Prevents internal arcing from causing external fires or explosions.
Metal Enclosure: Provides inherent fire resistance and containment.

Lifecycle Sustainability:

Recyclable Components: Steel tank, aluminum conductors, and copper windings designed for >95% material recovery.
Eco-Gas: Supports utility decarbonization targets (ESG reporting).

Target Use Cases: High Risk = High Value

Wannan amsa ya ba da taimaka mafi yawa a ƙasashen da ƙasa take da alamun da ba a tabbas ba:

High Fire-Risk Environments: Substations bordering forests (wildfire zones), dry grasslands, or industrial areas.
Urban & Critical Infrastructure: Dense city centers, hospitals, data centers, airports – where fire must be prevented at all costs.
Regulatory Sensitive Areas: Locations with strict fire codes, environmental protection zones, or mandated SF₆ phase-out.
Hard-to-Access Sites: Remote locations where preventative maintenance or emergency response is logistically difficult and costly.

Benefits Summary

Fire Prevention: Dramatically lowers substation ignition risk through non-flammable insulation and sealed design.
Environmental Leadership: Eliminates SF₆ emissions and cuts carbon footprint significantly (Low GWP gas).
Operational Reliability: Continuous monitoring & auto-replenishment ensure 24/7 performance with reduced maintenance.
Reduced Liability: Mitigates fire-related operational, environmental, and reputational risks.
Future-Proof: Aligns with global regulations phasing out SF₆ and demanding sustainable grid infrastructure.