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Sky Hook is Kwetta’s premium charging outlet designed for for convenience and reliable charging performance. The Sky Hook features an impressive cable reach of up to 6.1 meters from the main charger structure, ensuring easy access even in challenging parking scenarios.

Constructed with a robust mild steel base and a corrosion-resistant AISI 304 stainless steel upper enclosure, the Sky Hook is built to withstand daily use in any environment. Its design prioritises durability and a sleek, modern appearance, making it suitable for both indoor and outdoor installations.

Equipped with a 10-inch screen for intuitive user interaction and a rotating arm to maximise flexibility, the Sky Hook delivers a superior charging experience. These features ensure that drivers can easily navigate the charging process while accommodating various vehicle sizes and parking configurations.

Kwetta hardware

Engineered for reliability

Long-life assets

  • High-quality hardware components sourced from expert suppliers and leading manufacturers

  • Global supply chain network giving flexibility to adapt sourcing

  • Prime Grid Gateway: 20-year design life

  • Grid Power Modules: 10-year, hot-swap, upgradable

  • Sky Hook dispensers: 10-year industrial-grade build

Resilient architecture

  • N-1 redundancy across grid, power & dispensers

  • Graceful degradation: faults isolate, charging continues

  • Megawatt-scale capacity with dual-feeder options

  • Integrated security features

Proven performance

  • Continuous output -25°C to +50°C

  • Tested to operate in extremes up to 110°C

  • HALT/HASS validated: vibration, thermal & stress resilience

  • 99.8% uptime in current deployments

Smart monitoring

  • Integrated protection, metering & power quality monitoring

  • Environmental sensors (temperature, humidity, smoke, pressure)

  • Intelligent airflow & filter monitoring for proactive servicing

  • Continuous remote visibility into system health

Prime Grid Gateway™

Premium hardware designed to seamlessly integrate with high-voltage networks.