English 
| Rate Voltage: | |
|---|---|
| Rated current: | |
HBG
Giantele
IP67
10kV/11kV/12kV
630A/1250A
50/60Hz
Three
1pcs
2000/5000
Overview
Air Insulated Switchgear (AIS) uses ambient air as the primary insulation medium for electrical components in medium-voltage (1–52 kV) power distribution networks. Unlike SF₆ gas-insulated systems, AIS eliminates potent greenhouse gases, slashing carbon footprints while delivering robust performance. Its modular, open-design construction ensures easy maintenance, compliance with global decarbonization mandates (e.g., EU F-gas bans), and resilience in harsh environments.
Product Features
Features a premium 2.5mm-thick stainless steel enclosure with laser-welded seams for hermetic sealing and exceptional mechanical integrity.
Delivers superior corrosion resistance and IP67-rated environmental protection against dust and liquid ingress.
Incorporates a pressure-rupture diaphragm to prevent tank rupture during abnormal gas pressurization events.
All live components are fully enclosed within the gas chamber, ensuring maintenance-minimized operation while maintaining compact dimensions.
Main circuit integrates a three-position load-break switch (make, break, earth) combined with a vacuum interrupter – a field-proven configuration optimized for modern grid operational requirements.
Utilizes Class 0 dry air (externally sourced) or **≥99.99% purity nitrogen** per IEC 60085 standards.
Leakage poses zero environmental impact and requires no gas recovery procedures.
Employs a modular design philosophy, enabling flexible configuration of functional units via specialized busbar connectors.
Accommodates China's regionally diverse and complex power distribution schemes with maximum versatility.
Control panel features a full five-safeguard mechanical interlocking system with pre-installed logic.
Strict adherence to operational sequences is required per instructions, delivering unparalleled operational safety and user convenience.
Challenge: Aging SF₆ switchgear leaks toxic gas, violating F-gas regulations (EU 517/2014) and inflating lifecycle costs.
AIS Role:
Eliminates all SF₆ → Zero global warming potential (GWP) vs. SF₆ (GWP = 23,500× CO₂).
Slashes maintenance costs by 25–40% (no gas monitoring/recovery).
Accelerates grid upgrades with modular, space-optimized designs.
Challenge: Remote locations requiring reliable, low-maintenance gear resistant to humidity/temperature swings.
AIS Role:
Prevents performance degradation in coastal/desert climates (air insulation immune to condensation).
Avoids SF₆ leaks that trigger environmental penalties (EPA/FERC).
Boosts ESG compliance for Scope 3 emissions reporting.
Challenge: Dusty/humid factory floors where SF₆ leaks risk explosions or toxic exposure.
AIS Role:
Zero-toxicity design → Safe operation near workers/equipment.
Withstands contamination (IP4X-rated enclosures for dust/water).
Reduces unplanned downtime by 30% via accessible modular bays.
Challenge: Strict sustainability mandates and zero tolerance for gas leaks near servers.
AIS Role:
SF₆-free topology aligns with corporate net-zero pledges (e.g., Google/Microsoft).
Mitigates fire/explosion risks from pressurized SF₆ (critical for uptime SLA compliance).
Lowers cooling loads vs. heat-trapping SF₆ cabinets.
Challenge: Explosive atmospheres or confined spaces where SF₆ leaks endanger personnel.
AIS Role:
Non-pressurized design removes rupture risks (ATEX/IECEx certified).
Operates flawlessly at -40°C to +50°C (SF₆ liquefies below -30°C).
Simplifies disposal (100% recyclable steel/aluminum vs. toxic SF₆ cleanup).
Overview
Air Insulated Switchgear (AIS) uses ambient air as the primary insulation medium for electrical components in medium-voltage (1–52 kV) power distribution networks. Unlike SF₆ gas-insulated systems, AIS eliminates potent greenhouse gases, slashing carbon footprints while delivering robust performance. Its modular, open-design construction ensures easy maintenance, compliance with global decarbonization mandates (e.g., EU F-gas bans), and resilience in harsh environments.
Product Features
Features a premium 2.5mm-thick stainless steel enclosure with laser-welded seams for hermetic sealing and exceptional mechanical integrity.
Delivers superior corrosion resistance and IP67-rated environmental protection against dust and liquid ingress.
Incorporates a pressure-rupture diaphragm to prevent tank rupture during abnormal gas pressurization events.
All live components are fully enclosed within the gas chamber, ensuring maintenance-minimized operation while maintaining compact dimensions.
Main circuit integrates a three-position load-break switch (make, break, earth) combined with a vacuum interrupter – a field-proven configuration optimized for modern grid operational requirements.
Utilizes Class 0 dry air (externally sourced) or **≥99.99% purity nitrogen** per IEC 60085 standards.
Leakage poses zero environmental impact and requires no gas recovery procedures.
Employs a modular design philosophy, enabling flexible configuration of functional units via specialized busbar connectors.
Accommodates China's regionally diverse and complex power distribution schemes with maximum versatility.
Control panel features a full five-safeguard mechanical interlocking system with pre-installed logic.
Strict adherence to operational sequences is required per instructions, delivering unparalleled operational safety and user convenience.
Challenge: Aging SF₆ switchgear leaks toxic gas, violating F-gas regulations (EU 517/2014) and inflating lifecycle costs.
AIS Role:
Eliminates all SF₆ → Zero global warming potential (GWP) vs. SF₆ (GWP = 23,500× CO₂).
Slashes maintenance costs by 25–40% (no gas monitoring/recovery).
Accelerates grid upgrades with modular, space-optimized designs.
Challenge: Remote locations requiring reliable, low-maintenance gear resistant to humidity/temperature swings.
AIS Role:
Prevents performance degradation in coastal/desert climates (air insulation immune to condensation).
Avoids SF₆ leaks that trigger environmental penalties (EPA/FERC).
Boosts ESG compliance for Scope 3 emissions reporting.
Challenge: Dusty/humid factory floors where SF₆ leaks risk explosions or toxic exposure.
AIS Role:
Zero-toxicity design → Safe operation near workers/equipment.
Withstands contamination (IP4X-rated enclosures for dust/water).
Reduces unplanned downtime by 30% via accessible modular bays.
Challenge: Strict sustainability mandates and zero tolerance for gas leaks near servers.
AIS Role:
SF₆-free topology aligns with corporate net-zero pledges (e.g., Google/Microsoft).
Mitigates fire/explosion risks from pressurized SF₆ (critical for uptime SLA compliance).
Lowers cooling loads vs. heat-trapping SF₆ cabinets.
Challenge: Explosive atmospheres or confined spaces where SF₆ leaks endanger personnel.
AIS Role:
Non-pressurized design removes rupture risks (ATEX/IECEx certified).
Operates flawlessly at -40°C to +50°C (SF₆ liquefies below -30°C).
Simplifies disposal (100% recyclable steel/aluminum vs. toxic SF₆ cleanup).
