Multi-layer Intelligent Vertical EV Charging& Parking System

Time is the most valuable metric in commercial EV operations. By bypassing the vehicle’s On-Board Charger (OBC) and delivering direct current straight to the battery, JiuRoad DC Fast Chargers drastically minimize dwell time. Where traditional AC chargers take hours, our DC solutions reduce charging time mathematically

The greatest barrier to scaling EV infrastructure in high-density areas is not grid power—it is the sheer cost and scarcity of horizontal land. Traditional flat parking lots force asset owners to make a painful choice: sacrifice valuable parking spaces to install EV chargers, or limit charging capacity to preserve parking.

Revolutionizing Urban Footprints: Vertical Parking & Charging

iuRoad breaks this zero-sum game. Our Multi-layer Intelligent Vertical EV Charging & Parking System fundamentally alters the spatial equation.

By expanding vertically, we solve both the parking shortage and the charging deficit simultaneously. You multiply your vehicle capacity exponentially on the exact same plot of land, generating dual revenue streams (parking fees +  energy sales) from a single highly-automated structural asset.

Maximizing ROI Across Prime Real Estate

PV ESS EV Charging Station

Commercial Charging (CBDs, Shopping Malls, Office Towers)

  • The Problem: Prime commercial real estate can cost tens of thousands of dollars per square meter. Surface parking is a massive waste of potential revenue.
  • The Solution: Erect a vertical automated charging matrix. Office workers can drop their cars on the ground floor. The system automatically lifts the vehicle, parks it securely, and charges it during the workday. Operators maximize profit per square foot while offering a premium concierge-level amenity.
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Transportation Hubs (Airports, Railway Stations)

  • The Problem: Travelers dwell for extended periods, and massive parking sprawls require travelers to walk long distances dragging luggage.
  • The Solution: High-density, centralized asset storage. Thousands of vehicles can be stacked near the terminal entrance. The system manages trickle-charging for long-term airport transit, ensuring the vehicle battery is preserved at optimal SOC (State of Charge) for the owner’s return days later.
PV ESS EV Charging Station
PV ESS EV Charging Station

Highway Service Area Charging

  • The Problem: During holiday spikes, surface highway resting areas become catastrophically congested with cars waiting hours for a charging bay to open.
  • The Solution: Deploy a hybrid model. Fast-turnaround transit relies on ground-level ultra-fast DC chargers, while long-duration resting drivers are shifted into the vertical system. This drastically expands the service area’s simultaneous vehicle capacity without buying adjacent land.

Unrivaled Engineering: The Technological Moat

Multi-layer charging technology

The vertical modular design saves a significant amount of land and doubles the number of charging stations.

Horizontal DC integrated Charging machine technology

Horizontal, flat, highly integrated design, efficient heat dissipation, and completely silent operation.

Dual directional Plug-in technology

The dual-guided plug-in structure is shock-resistant and long-lasting, while the alloy shell provides excellent heat dissipation and electrical conductivity.

Comprehensive performance testing platform

Full inspection of key parameters and random checks of 50,000 cycles of lifespan ensure safety and reliability.

Robot Automatic Charging Connection Technology

Visual and force-sensory integrated control enables precise and smooth automatic insertion and removal.

Multi-layer fire prevention technology

A three-tiered linkage of "detection-power outage-coverage-transfer" is established to create a proactive safety closed loop.

Interactive Terminal Integration Technology

Multi-pile integration and unified management enable automatic coordination of the entire berth and charging chain.

Intelligent security monitoring technology

Real-time monitoring of the battery and the station environment; automatic protection against anomalies; comprehensive safety.

Automatic stop technology for charging tray

Micrometer-level spatial positioning ensures rapid, accurate, and one-time exchange of vehicle-mounted panels.

Lifting mechanism and instantaneous braking device

The tray locks itself in place, ensuring a secure and reliable charging experience.

Cone drum anti fall satefy technology

In case of stalling, it can brake and lock instantly, completely preventing falling accidents.

Bidirectional precision translation mechanism

High-rigidity gear and rack drive enables smooth and precise bidirectional movement of the pallet.

QPO surface treatment process for gears and racks

Salt bath surface treatment produces a high-hardness, corrosion-resistant layer, eliminating the need for maintenance of critical components.

Intelligent balancing technology for dual drive lifting platform

High-precision synchronous control, dual-drive balanced lifting, smooth and safe operation.

Self lubrication device for counterweight system operation guide rail

Contact-type automatic lubrication of tooth surfaces continuously forms a protective oil film, reducing noise and friction.

Self-lubricating device for heavy-duty system guide rails

Capillary slow-release constant lubrication guide rails provide rust and corrosion protection, improving smooth operation and durability.

Fully Automated Operations. Unattended Profitability

  • One-Stop User Experience: The driver simply drives onto a ground-floor pallet, unplugs, and locks the car. A touchscreen or App interface triggers the automated sequence.
  • Unified Billing Gateway: The Cloud server automatically calculates both the time-based parking fee and the volume-based energy fee  delivering a single coherent invoice to the driver upon vehicle retrieval.
  • Remote CSMS Control: Facility managers can monitor system health, view live camera feeds, and reboot individual layer charging points globally via our cloud dashboard, realizing a truly highly automated, unattended operational model.

Smart Management for Commercial Charging Operations

Commercial charging requires more than hardware. EVB supports daily operation with software tools that help operators monitor chargers, manage users, and improve charger availability.

Key functions include:

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Charging Station Management System

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Charging Pile Operations and Maintenance System

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Charging Pile Payment Solutions

European Standard Home Charging Sharing Solutions

European Standard Home Charging Sharing Solutions

Heavy-Duty Truck Charging Fleet Management System

Heavy-Duty Truck Charging Fleet Management System

FAQ

What is the Return on Investment (ROI) timeline compared to traditional flat parking?

While initial CapEx is higher due to civil engineering, the ROI is significantly accelerated because you multiply your rentable space globally by up to  on the same land parcel. Furthermore, adding high-margin DC and AC charging to captive parked vehicles drastically increases the revenue density per square meter.

Absolute safety is our core design principle. Each cell is equipped with its own Multi-Dimensional Fire Prevention Technology. Heat and smoke sensors continuously monitor individual bays. If an anomaly is detected, the automated system isolates the bay, cuts all electrical power, and deploys targeted fire suppression before it can affect adjacent vehicles.

Yes. EVs are notoriously heavy due to battery mass. JiuRoad counters this with our Intelligent Balancing Technology for Dual Drive Lifting and reinforced steel pallets, safely managing vehicle weights well beyond the capacity of older mechanical ICE (internal combustion engine) parking garages.

The system can be designed with an integrated emergency UPS (Uninterruptible Power Supply) or paired with our ESS (Energy Storage System). At a minimum, standard protocols include a manual-release fallback that allows gravity-controlled, safely governed lowering of vehicles to the ground floor during total grid failures.

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