Welcome to the official website of Shenzhen Haylion Technologies Co., Ltd.
contactus@haylion.cn
    China's new energy sector is reshaping the global industrial landscape with world-class technological strength. HAYLION, with its deep expertise in core technology self-development and full-chain supply chain integration, is committed to setting a new benchmark for going global, delivering high-value green mobility solutions to markets worldwide.
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    HAYLION Deep Tech Edge

    Forging a Structural Moat via End-to-End Software Integration × Seamless Hardware Integration | Dual-Engine Strategy


    Built on our utility-grade EMS software backbone, paired with SPRINT ARK & SUPER ARK flagship hardware lineups to deliver next-generation integrated energy solutions.

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    Mobile Charging Robot

    Modular Mobile Energy Matrix: Enabling Agile & Resilient Distributed Energy Resource Nodes

    The SPRINT ARK series pairs with PV systems to deliver an integrated PV-storage-charging terminal. Supporting flexible modular expansion, it allows on-demand addition of storage modules as your business scales.
    Select SPRINT ARK models offer an ultra-wide voltage output range covering passenger cars and heavy commercial vehicles. Customizable interfaces are available to support energy replenishment for next-gen equipment including eVTOLs (electric vertical takeoff and landing aircraft) and heavy commercial drones.
    The SPRINT ARK series operates stably across a -35°C to 65°C temperature range. Its high ingress protection rating suits harsh environments including deserts, islands, and humid coastal areas. It enables seamless grid-tied/islanded mode switching, and its modular mobile chassis supports both remote-controlled and autonomous movement to fit diverse operational needs.
    Solutions.
    Zero-Carbon Factory
    “Monetizing Power: How to Make Every Kilowatt-Hour a Source of Profit.”
    HAYLION EMS: The Hardware-Aware Integrated Brain for Source–Grid–Load–Storage–Carbon

    Its official definition is concise: “A National-Level Zero-Carbon Technology Backbone for Power Operations.”

    What we are building is not another flashy energy dashboard. HAYLION· EMS is a unified dispatch hub that, for the first time, truly integrates five dimensions—Source (generation), Grid (distribution), Load (consumption), Storage (regulation), and Carbon (compliance)—within a single brain.

    In HAYLION's Zero-Carbon Factory Solution, HAYLION · EMS serves as a core pillar, engineered for future-proof full compatibility with 35+ mainstream industrial protocols — including Modbus, IEC104, IEC61850, BACnet, MQTT, OPC UA, and more. Against the industry's notoriously fragmented hardware ecosystem, HAYLION delivers true end-to-end unification via a single integrated system.

    Upholding a strictly vendor-neutral and open approach, HAYLION avoids lock-in to any single hardware brand while enabling unified orchestration of all connected assets. As we advocate: "HAYLION prioritizes ecosystem development — yet all hardware answers to HAYLION."This model unlocks maximum supply chain autonomy for global customers, enabling truly flexible deployment at scale.

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    mainstream industrial protocols
    HAYLION · EMS AI-Powered Smart Management

    HAYLION EMS takes AI as its core dispatch hub, serving as an industrial-grade energy management platform purpose-built for global deployments. It seamlessly integrates with both legacy and newly installed energy assets, delivering 100% direct-read, real-time visibility into all on-site energy data. The system safeguards stable production power supply while providing auditable, end-to-end data support for carbon footprint accounting and cross-border supply chain compliance. It is fully adaptable to regional energy operation standards worldwide.

    The AI building energy module enables dynamic optimization of facility energy use. Using hourly load forecasting and energy consumption behavior modeling, it automatically adjusts operating strategies for HVAC, lighting and other auxiliary systems. All optimizations are implemented without compromising occupant comfort or operational productivity, maximizing building energy efficiency and reducing unnecessary consumption. Every adjustment is fully traceable, supporting compliance with globally recognized green building standards.
    AI-Driven Building Energy Efficiency Optimization
    The AI building energy module enables dynamic optimization of facility energy use. Using hourly load forecasting and energy consumption behavior modeling, it automatically adjusts operating strategies for HVAC, lighting and other auxiliary systems. All optimizations are implemented without compromising occupant comfort or operational productivity, maximizing building energy efficiency and reducing unnecessary consumption. Every adjustment is fully traceable, supporting compliance with globally recognized green building standards.
    The AI PV sizing module builds models based on 12-month hourly production load profiles, site-specific solar irradiance conditions and regional energy regulations to deliver optimized PV capacity plans. It automatically identifies the on-site self-consumption saturation threshold to prevent over-allocation that causes energy waste and underutilized assets, ensuring every PV hardware investment matches actual energy demand. Outputs align with international engineering standards, providing actionable technical basis for construction and grid connection, and maximizing the PV system’s full lifecycle value.
    AI-Powered Solar PV Sizing & Configuration
    The AI PV sizing module builds models based on 12-month hourly production load profiles, site-specific solar irradiance conditions and regional energy regulations to deliver optimized PV capacity plans. It automatically identifies the on-site self-consumption saturation threshold to prevent over-allocation that causes energy waste and underutilized assets, ensuring every PV hardware investment matches actual energy demand. Outputs align with international engineering standards, providing actionable technical basis for construction and grid connection, and maximizing the PV system’s full lifecycle value.
    The AI solar-storage-charging dispatch module enables coordinated control of multi-energy nodes. Leveraging weather forecasting and load fluctuation prediction, it dynamically adjusts battery storage charge-discharge strategies to ensure stable production power supply during extreme weather and peak demand periods, avoiding operational risks from exceeding demand limits. It also adapts to dynamic regional energy market rules, flexibly prioritizes energy flow among solar, storage and EV charging assets, maximizes on-site green power self-consumption, and supports corporate decarbonization goal delivery.
    AI-Driven Solar-Storage-Charging Coordinated Dispatch
    The AI solar-storage-charging dispatch module enables coordinated control of multi-energy nodes. Leveraging weather forecasting and load fluctuation prediction, it dynamically adjusts battery storage charge-discharge strategies to ensure stable production power supply during extreme weather and peak demand periods, avoiding operational risks from exceeding demand limits. It also adapts to dynamic regional energy market rules, flexibly prioritizes energy flow among solar, storage and EV charging assets, maximizes on-site green power self-consumption, and supports corporate decarbonization goal delivery.
    HAYLION Carbon Management Platform
    3rd Core Solution of HAYLION EMS

    As one of the three flagship modules of HAYLION EMS, the platform is anchored in the core principle of *carbon governance at source, clean energy supply, and high-efficiency energy use*, integrating the full value chain spanning carbon advisory to carbon asset trading. It delivers real-time, multi-tier carbon emission monitoring and dynamic tracking across factories, commercial buildings, and other operational sites, while supporting organizational carbon inventories, product carbon footprint (PCF) modeling, and end-to-end supply chain carbon collaboration.

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    Target Coverage: 15+ Countries & Regions
    Built on a globally deployable delivery framework, our platform capabilities and consulting services are set to scale to 15 countries and regions. Fully aligned with regional carbon accounting rules and mainstream disclosure frameworks, we provide consistent, globally benchmarked support to help enterprises meet key international compliance requirements including EU Product Environmental Footprint (PEF), Carbon Border Adjustment Mechanism (CBAM), and Science Based Targets initiative (SBTi).
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