Welcome to the official website of Shenzhen Haylion Technologies Co., Ltd.
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    SUPER CHARGING
    HAYLION's core capabilities have a wide range of practical applications.
    eMaaS
    HAYLION's core technologies, abbreviated as the "Three-Piece Suite".
    Energy Solutions
    Professional energy solutions
    RWA
    Energy Token Value Chain​
    HAYLION
    SUPER CHARGING

    HAYLION Super Charging core technology has evolved into a mature "three-piece suite" eMaaS solution, encompassing megawatt-level energy storage, intelligent power distribution, and V2G reverse power feed. It has achieved large-scale application in areas such as urban emergency power supply, electric vehicle fast-charging networks, and low-altitude economy infrastructure.

    SUPER ARK
    HAYLION's "SUPER ARK" integrated air-ground modular terminal embodies core value through its modular combinable architecture, intelligent on/off-grid energy management, and integrated air-ground solutions. The system incorporates six core capabilities (communication, navigation, surveillance, weather monitoring, computing, and storage), achieving multi-module synergy that integrates energy management, spatial perception, and intelligent decision-making. It addresses compound requirements for low-altitude regulation and energy management while enabling efficient, flexible scheduling of urban three-dimensional spatial resources.
    PSDCFC SCPG
    ​The "Photovoltaic-Storage-Direct Current-Flexible-Charging" Supercharging Integrated Experience Center, jointly developed by HAYLION , is not only the world's first DC power distribution demonstration project implemented in an existing commercial complex but also integrates cutting-edge technologies from leading enterprises such as Huawei Digital Energy, CATL, and TELD. It establishes a new energy service ecosystem covering multiple scenarios and full power ranges.
    Other Charging
    HAYLION is actively advancing the scenario-based upgrade of charging stations, striving to cover multi-dimensional scenarios such as urban transportation hubs, park microgrids, highway service areas, and low-altitude takeoff and landing points through its integrated "PV-storage-charging" solution, with the aim of building a new smart energy network ecosystem in the future.
    Core Products
    SUPER CHARGING
    —— SUPER ARK

    SUPER ARK: Integrated Air and Ground Solution for both the Low-Altitude Economy​ & Electric Ground Vehicles.​

    Addressing the limitations of traditional solutions—high costs, limited functionality, and poor scalability—HAYLION's SUPER ARK offers a modular, intelligent system for low-altitude management and vehicle energy needs.

    ​I. Modular Architecture​

    SUPER ARK features a containerized modular design comprising basic energy/storage units and expandable functional components (e.g., 4D radar, UAV platform, AI computing). This enables flexible, cost-effective deployment across diverse urban scenarios.

    ​II. Intelligent Energy Management​

    The system utilizes sub-megawatt storage and a smart management platform with layered control, grid-forming technology, and cloud-edge coordination. This ensures a stable, optimized power supply in both on- and off-grid conditions.

    ​III. Air-Ground Integration​

    SUPER ARK integrates six core functions—Communication, Navigation, Surveillance, Weather, Computing, and Storage—enabling comprehensive low-altitude operation support, real-time monitoring, and efficient resource coordination.

    SUPER ARK provides a scalable, intelligent infrastructure solution that enhances urban spatial management and supports sustainable low-altitude development.

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    Core Products
    SUPER CHARGING
    —— PSDCFC SCPG Case

    The "Photovoltaic-Storage-Direct Current-Flexible-Charging" Supercharging Project at Shenzhen SCPG Center, constructed by HAYLION, integrates key technologies including photovoltaic power generation, energy storage, DC power distribution, and flexible electricity consumption. The project utilizes an AI-powered microgrid intelligent management system to deliver fast-charging services covering multiple scenarios, effectively enhancing energy utilization efficiency. Its green electricity reuse capability provides a replicable model for the green and low-carbon transformation of commercial complexes.

    Future Projected Data Development for the Existing PSDCFC SCPG Case
    PSDCFC SCPG Case: A Detailed Data Breakdown
    Through Phase I and Phase II projects, the initiative integrates 1,350 square meters of distributed photovoltaics (annual power generation: 1.4729 million kWh), a CATL energy storage system (annual power supply: 9.8038 million kWh), and AI microgrid optimization technology to build a full-power supercharging network covering 40kW to 600kW. The project aims to achieve efficient "10-minute charging for 400-kilometer range" services in the future. It is expected to reduce carbon emissions by 940.48 tons annually, with green electricity meeting 30% of the mall's power demand and a peak self-consumption rate of 80%. Through virtual power plant integration, the project is projected to generate over 281800 USD in annual revenue.
    0
    kWh
    Reduce carbon emissions annually, equivalent to planting 52000 trees
    0
    Tons
    Reduce carbon emissions annually, equivalent to planting 52000 trees
    0
    min
    Charge for ten minutes and travel 400 kilometers smoothly
    0
    USD
    ​​Annual green electricity earnings confirm sustainability.​​
    About HAYLION eMaaS
    HAYLION eMaaS (Mobility as a Service) is developed and implemented by HAYLION. It is a smart travel service system based on the concept of "data-driven efficiency improvement, user demand orientation, and quantitative energy conservation and emission reduction". This system focuses on promoting the reconstruction of the urban transportation ecosystem through technological innovation and model innovation. HAYLION eMaaS has made substantial progress in the Hong Kong "BIG 0 BEE TAXI", and became a demonstration case providing strong support for the implementation of the "dual carbon" strategic goals and the construction of smart cities in Hong Kong.​
    Core Products
    HONG KONG
    BIG 0 BEE TAXI
    On March 3, 2025, the HKSAR Government hosted the "Taxi Fleet Launch Ceremony," officially unveiling the HAYLION eMaaS-powered "BIG 0 BEE TAXI"—a transport landmark marking the large-scale deployment of 1,000 pure electric taxis. At its core are pioneering innovations, including a "street-hailing + online booking" dual-track model, dynamic pricing, AI scheduling, seamless 5G IoT-energy management integration, and taxis’ first inclusion in the smart city data network. Beyond technology, the project balances corporate profitability with social responsibility: cutting per-kilometer carbon emissions, elevating public welfare, and epitomizing dynamism ("BIG 0 BEE") and philanthropy ("Love Team"). Upholding environmental stewardship, philanthropy, and service excellence, it aspires to build Hong Kong into a "warm, green, smart travel community." Aligned with the HKSAR’s "Smart City Blueprint" and "2050 Carbon Neutrality" goals, it will advance smart infrastructure, innovate travel finance and carbon credits, and boost industry vitality—setting a benchmark for China’s global leadership in new energy and travel technology.​
    we are professional
    BIG 0 BEE & eMaaS

    As the technical backbone of the "General New Energy Taxi Home," HAYLION’s eMaaS 2.0 system has been deeply integrated into the full operational scenarios of the fleet:

    Dynamic Pricing Algorithm: Balances driver income and passenger experience through real-time supply-demand matching and localized parameters;

    AI-Based Global Dispatching: Divides Hong Kong into dynamic grids to optimize order allocation efficiency;

    Intelligent Energy Management: Automatically plans charging strategies based on off-peak electricity prices and range requirements to enhance battery life and operational profitability.

    Energy Solutions
    The Power Source-Demand Coordinated Flexible Charging (PSDCFC) technical architecture is an integrated new energy system that combines photovoltaic generation, energy storage, DC power supply, flexible regulation, and charging functions. Its core lies in establishing a local generation-storage-consumption integrated network based on a DC microgrid backbone. Through an intelligent energy management system, it prioritizes the local consumption of photovoltaic power and utilizes energy storage to mitigate fluctuations. Flexible regulation technology dynamically adjusts charging power and other load behaviors according to grid conditions and demand, effectively shaving peak loads and filling valleys. This significantly improves energy efficiency and grid compatibility, making it a key technological pathway for supporting low-carbon development in the building and transportation sectors.
    HAYLION provides robust technical support for the commercial application of PSDCFC through the implementation of its SCPG mall project.
    The PV-BOX photovoltaic data collector from HAYLION serves as the "smart brain" of photovoltaic power plants. It features core capabilities such as full protocol compatibility, intelligent edge computing, enterprise-grade reliability, and triple security protection. This product directly addresses industry pain points through its "one device, one network, one button" solution, enabling rapid deployment, remote operation, maintenance, and intelligent diagnostics. It significantly reduces operational costs, increases power generation revenue, and accelerates the digital transformation of power stations. It is suitable for various scenarios, including commercial & industrial distributed generation plants, centralized ground-mounted power stations, and PV-storage integration systems.​
    In contrast, HAYLION's VPP-BOX Virtual Power Plant solution focuses on energy resource aggregation and optimization. Its three core components – the VPP-LAP load aggregation platform, VPP-CSP customer service platform, and VPP-BOX data acquisition device – enable intelligent dispatch of distributed resources and participation in electricity market trading. This solution effectively addresses the challenges of the energy "impossible trilemma" (clean energy, grid stability, cost-effectiveness). With advantages like end-to-end solution coverage, simplified integration, and industrial-grade reliability, it helps new energy power stations, industrial enterprises, and energy service providers increase revenue, reduce costs, and promote the efficient utilization of green energy.​
    HAYLION RWA
    RWA
    HAYLION and WeBank Technology Services jointly launched a Real-World Asset (RWA) technology solution for the transportation-energy sector at the Hong Kong Auto Expo. Their collaboratively developed GeC Green Intelligence project became a focal point of the exhibition. The companies officially introduced an integrated hardware-blockchain RWA solution, designed to fast-track the digitization of physical assets in green transportation and energy.
    Industry Context & Challenges
    The green transportation and energy sectors hold vast tangible assets but face challenges like substantial capital requirements and extended, fragmented revenue cycles. With maturing blockchain technology, RWA participants can leverage smart hardware to track production and operational data of distributed assets (e.g., vehicles, charging piles), enhancing efficiency and unlocking financing opportunities through asset digitization.
    Technical Implementation & Roles
    As the core operational data provider and RWA operator, HAYLION uses its self-developed GeC series smart hardware to accurately collect key operational data. WeBank Technology Services, as the blockchain partner, utilizes the FISCO BCOS platform to immutably record this data in real-time, ensuring its authenticity and integrity, followed by compliant desensitization and secure output for asset tokenization.
    Collaborative Value & Visio
    Mr. Xu Yang, General Manager of HAYLION's RWA Project, stated that this collaboration addresses core industry challenges such as financing difficulties and long payback periods, paving the way for new synergies between finance and technology in Hong Kong's green economy.

    We provide reliable innovative solutions integrating "Air - Ground - Energy" as a tripartite system.

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