HAYLION Launches SUPER ARK: Modular Smart Terminals Reshaping Urban Energy Infrastructure

Amidst the rapid rise of the low-altitude economy and accelerating smart city development, urban challenges such as traffic congestion, energy transition, and emergency power supply demand urgent solutions. HAYLION proudly unveils its global innovation—SUPER ARK, an integrated air-ground modular intelligent terminal for transportation-energy computing and vertical applications. By converging "energy + computing power + scenarios," SUPER ARK redefines the future of urban infrastructure.

Unlike traditional isolated systems, SUPER ARK breaks functional silos through its modular architecture, systematically integrating low-altitude surveillance, energy management, and intelligent scheduling. City managers and enterprises no longer need to procure fragmented devices; instead, they gain a flexible, demand-responsive terminal capable of handling everything from EV ultra-fast charging and drone续航to emergency backup power for industrial parks.

Its core strength lies in modular scalability. The foundational Module A serves as the "energy heart," integrating a megawatt-scale energy storage system with new-energy supercharging modules. Utilizing high-safety LFP batteries, it supports up to 400kWh capacity. The supercharging module offers 360kW and 480kW standard versions, compatible with both GB/T and CCS protocols via dual-gun outputs, delivering a maximum power of 480kW. Optional photovoltaic integration enables low-carbon "solar-storage-charging" operations. The expandable Module B unlocks limitless possibilities, offering plug-and-play options including radio spectrum detectors, electro-optical pods for sensing, LiDAR wind profilers, multi-parameter weather stations, and automated drone docking/charging stations—all configurable like building blocks. With a containerized design, deployment requires no complex civil works, enabling true "plug-and-play" mobility.

In energy management, SUPER ARK acts as a "microgrid brain." Its grid-tied/off-grid intelligent EMS supports peak shaving and valley filling during normal operation to reduce electricity costs. Upon grid failure, it seamlessly switches to off-grid mode, providing stable backup power for critical loads. Cloud-edge-end coordination enables millisecond-level edge decision-making and dynamic power regulation, while cloud-based big data optimizes energy distribution and facilitates participation in Virtual Power Plant (VPP) scheduling to capitalize on price arbitrage. Furthermore, V2G technology allows EVs to function as mobile storage units, discharging power back to the grid during peak demand—maximizing energy efficiency.

Multi-scenario adaptability underscores its versatility:

•   Basic Energy Station (Module A only): Serves regional energy hubs, highway service areas, and industrial parks, addressing power shortages in remote locations.

•   Air-Ground Security Station (A+B Modules): Integrates surveillance sensors and drone capabilities for airport clear zones, border patrol, and similar applications—delivering dual "charging + monitoring" assurance.

•   Urban Smart Node (A + Full B Suite): Functions as a micro data center at smart intersections or commercial complexes, combining EV charging, weather monitoring, and low-altitude traffic management to provide multidimensional data for urban governance.

As a bold vision for future infrastructure, SUPER ARK tackles device rigidity through modularity, drives green transition via smart energy management, and minimizes resource waste with multi-scenario adaptability. In HAYLION’s vision, this systemic solution will continuously empower smart cities and the low-altitude economy, propelling humanity toward an interconnected intelligent era across broader spatial and energy dimensions.