As core urban infrastructure, power grids are critical to urban safety and efficient operation, imposing stringent requirements on the reliability, environmental-friendliness and maintenance-free operation of distribution switchgear.

ASNA switchgear features outstanding insulation performance as well as sealing and protection performance. Aligned with the requirements of modern distribution network construction, it provides robust assurance for urban power grid upgrading and renovation and power supply to public utility services.

New energy storage provides vital support for renewable energy integration and grid peak shaving. The prefabricated all-in-one battery energy storage system acts as a key unit within power stations. It faces practical challenges: bidirectional power flow changes during charging and discharging, high risk of fault surges, and constrained installation space inside prefabricated cabins.

ASNA switchgear serves as the core protection and control hub for the prefabricated all-in-one battery energy storage system and is fully suited to the bidirectional power flow operating conditions of energy storage systems during charge and discharge. The full circuit-breaker solution reliably clears a wide range of faults to guarantee system safety. Its compact structure facilitates integrated deployment within energy storage prefabricated cabins. Boasting key advantages including high reliability, zero SF₆ emissions and long-term maintenance-free operation, this product series has been deployed in multiple large-scale energy storage projects, delivering solid assurance for safe power convergence and stable grid connection.

Urban livelihood and public facilities cover extensive areas, where continuous and stable power supply underpins the normal operation of public services. Such municipal projects impose strict requirements on power supply reliability, requiring equipment to adapt to diverse indoor and outdoor operating environments while offering long-term service durability.

ASNA switchgear delivers reliable power supply assurance. Designed for a service life of up to 40 years, the equipment features high reliability and maintenance-free performance, effectively reducing total cost of ownership throughout the full lifecycle. With customized project-specific solutions approved for relevant government projects, it serves as a dependable power distribution partner for municipal initiatives.

In the digital-economy era, data and compute centers serve as core infrastructure for cloud-computing and artificial-intelligence industries. Requiring year-round uninterrupted operation, they impose stringent requirements far exceeding those of conventional scenarios on power supply systems in terms of continuous and reliable power delivery, large-load capacity, space utilization and low-carbon performance.

ASNA switchgear uses air as its insulating medium to achieve zero SF₆ greenhouse-gas emissions, meeting requirements for green and low-carbon operation of compute facilities. The sealed main-circuit structure effectively resists environmental disturbances such as dust and high humidity within data center premises. Its compact footprint efficiently conserves valuable power distribution space in equipment rooms. Boasting high reliability and long-term maintenance-free operation, the equipment minimizes outage risks for compute clusters. Our integrated power supply and distribution solutions deliver solid assurance for the continuous and stable operation of compute-power services.

Industrial production is characterized by continuous, uninterrupted operation, requiring extremely high power supply reliability. Unexpected outages or abnormal power supply can directly lead to production shutdowns, equipment damage and substantial economic losses. Industrial power equipment typically operates under harsh year-round conditions, including high temperatures, dust, salt fog and corrosive gases.

ASNA switchgear adapts to a wide range of complex industrial operating conditions. Its sealed structure effectively resists various environmental disturbances and ensures consistent, stable power supply. Featuring a modular design, the product supports flexible and customizable solutions to rapidly meet project construction and renovation requirements. With zero SF₆ emissions and long-term maintenance-free performance, the equipment significantly reduces O&M costs and outage risks, safeguarding efficient and stable industrial production.

Airports, high-speed-rail stations and large-scale logistics hubs form critical transportation infrastructure. Supporting round-the-clock passenger transit and freight dispatching, they require exceptional power supply continuity, rapid fault-handling capability, robust environmental adaptability and low-carbon operation standards. Any power failure can cause major operational impacts.

ASNA switchgear features a sealed protective structure to suit complex operating conditions such as equipment rooms and outdoor sites at transport hubs. Its zero SF₆ emissions align with green construction objectives for the transportation sector, and the compact design saves valuable floor space within power distribution rooms. Boasting high reliability and long-term maintenance-free performance, the equipment reduces on-site operation and maintenance workload. We provide tailored integrated power distribution solutions for various transportation hubs to mitigate power outage risks and ensure the safe and efficient operation of transport facilities.

Ground-support facilities for space launches and deep-space exploration are mostly deployed in outdoor areas such as the Gobi Desert, mountainous regions and coastal zones, exposed to harsh natural conditions including extreme temperature swings, condensation, intense sandstorms and heavy salt fog. Missions during launch windows cannot be interrupted, imposing almost extreme requirements on the operational reliability of power supply systems and the environmental resistance of equipment. Any power supply failure will directly jeopardize space mission execution.

ASNA switchgear boasts excellent environmental adaptability. It effectively blocks sandstorms and salt fog, and withstands damage caused by temperature variations and condensation. Free of greenhouse gas emissions, it aligns with the philosophy of green aerospace development. Featuring long-term maintenance-free performance, it substantially reduces on-site operation and maintenance burdens. We have delivered professional power distribution solutions for multiple space launch sites and telemetry, tracking and command stations, delivering robust power guarantees for every space launch.