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LadeAlm® - Smart / Off-grid / Modular

Charging infrastructure for micromobility in harmony with nature.

CONTACTS

Energy self-sufficiency

A photovoltaic system, wind turbine, and battery storage systems enable operation independent of the electrical grid.

Flexible installation

No electrical connections or foundations are required.

New mobility spaces

Ideal for cycle paths, tourist areas, and recreational zones.

Digital information platform

Two integrated displays enable the delivery of regional information and commercial content.

Sustainable infrastructure

A tangible expression of climate-friendly mobility.

TECHNOLOGY & DESIGN

LadeAlm® outdoor e-bike charging station with photovoltaic system

Technological features

LadeAlm® combines energy generation, energy storage, and charging infrastructure within a compact system architecture.

  • Photovoltaics - Up to 2.0 kWp output
  • Wind turbine - Vertical-axis wind turbine with up to 300 W output
  • Energy storage - Battery storage system with a capacity of 9.6 kWh
  • Energy management - Intelligent energy management with remote monitoring and smart city interfaces

Charging features

  • 4 simultaneous charging ports for various e-bike systems
  • Adaptive charging current up to 4 A
  • USB charging ports
  • 230 V power outlet

Designed for public spaces

LadeAlm® has been developed as an architectural element for landscapes and urban environments.

Sustainable mobility - everywhere

It creates new opportunities for micromobility and connects energy infrastructure with an information and service point in public spaces.

New business models

The integrated information displays transform the LadeAlm® into a digital communication hub in public spaces.

Possible applications:

  • Regional information
  • Tourist information
  • Local advertising
  • Sponsorships

This enables the station to be partially self-financed through digital content.

LadeAlm TECHNICAL DATA SHEET

INSTALLATION

  • No foundations / anchoring required
  • No connection to the electrical grid required

PERFORMANCE

  • Photovoltaics: 2.0 kWp - Light absorption on both sides of the modules
  • Wind turbine: 300 W

ENERGY STORAGE & MANAGEMENT

  • Battery capacity: 9.6 kWh
  • AI-based battery management system
  • Real-time performance dashboard
  • 24/7 remote maintenance; over-the-air access
  • Interfaces for Smart City solutions

CHARGING FUNCTIONS

  • 4 simultaneous charging ports with various connector types (Bosch / Smart Bosch / Rosenberger (for BMZ, Brose, Specialized) / Shimano / Yamaha)
  • Charging current up to 4 A; the “LadeAlm” system detects the battery type and manages optimal charging
  • USB charging ports
  • 230 V socket outlet

SAFETY FEATURES (OPTIONAL)

  • Video surveillance
  • Intercom system

PERFORMANCE INFORMATION DISPLAYS

  • Two 43” HD screens
  • 6 slots per minute per screen
  • Images (posters) and videos in all common file formats
  • Multi-tenant content management system; wireless access enabled

DIMENSIONS & WEIGHT

  • Width: 500 cm
  • Depth: 230 cm
  • Height:
    • Folded photovoltaic panel: 230 cm
    • Extended photovoltaic panel: 284 cm
    • Wind turbine tip height: 376 cm
  • Weight: 1,300 kg to 1,600 kg
LadeAlm® project technical data sheet

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