We provide comprehensive delivery and implementation of electric bus ecosystems, including charging infrastructure for private and public use, along with backup energy sources. All projects are executed in strict accordance with technical project documentation, industry standards, and the specific operational requirements of the transport operator.

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1. Project Preparation & Implementation Planning

• Technical Verification: Review and verification of project documentation.

• Stakeholder Coordination: Direct communication with designers, investors, and operators.

• Technical Specifications: Refining equipment parameters to ensure optimal performance.

• Project Scheduling: Development of a detailed implementation timeline.

• Grid Coordination: Coordination with distribution network operators and relevant regulatory authorities.

 

2. Supply of Technological Units

Electric Buses (E-Buses)

• Delivery Coordination: Synchronizing vehicle delivery with infrastructure readiness.

• System Compatibility: Ensuring full technical compatibility between vehicles and charging systems.

• System Integration: Preparing vehicles for integration into energy and control systems.

Charging Infrastructure

• Depot & Public Charging: Supply of AC and DC charging stations for depot and public environments.

• High-Power Solutions: Delivery of pantograph systems and ultra-fast charging solutions.

• Power Modules: Supply of power modules, switchboards, and protective components.

Backup Power Sources

• Battery Energy Storage (BESS): Delivery of industrial battery storage systems.

• Critical Infrastructure: Supply of backup power systems for essential operations.

• Energy Management: Preparing hardware for integration with Energy Management Systems (EMS).

 

3. Civil Engineering & Electrical Installation

• Site Preparation: Implementation of foundations, cable routes, and technical ducts.

• Power Distribution: Installation of substations and MV/LV (Medium/Low Voltage) switchboards.

• Cabling & Connections: Installation of power lines and grid connections.

• Hardware Assembly: Installation of charging stations and power units.

• BESS & Protection: Implementation of battery storage and comprehensive safety systems.

• Grounding & Safety: Execution of grounding, bonding, and surge protection.

 

4. System Integration & Power Management

• Network Connectivity: Connecting vehicles, chargers, and energy sources.

• EMS Implementation: Deployment of centralized Energy Management Systems (EMS).

• Load Management: Configuration of dynamic load management and power limits.

• IT Integration: Seamless integration with existing IT and dispatch systems.

• Cybersecurity: Configuring secure communication and protection protocols.

 

5. Testing, Commissioning & Fine-Tuning

• Performance Testing: Functional and high-power charging tests.

• Peak Load Verification: Testing simultaneous charging and peak operational modes.

• Fail-Safe Scenarios: Verifying backup operational protocols.

• Interoperability: Verifying seamless communication between vehicles and infrastructure.

• Operational Tuning: Fine-tuning the system based on real-world conditions.

 

6. Handover, Documentation & Training

• Turnkey Handover: Delivering the complete, fully functional technological solution.

• Documentation: Providing full technical and operational documentation.

• Personnel Training: Professional training for operators, maintenance teams, and dispatchers.

• Support Setup: Defining service levels and emergency response protocols.

• Launch Assistance: On-site support during the initial launch phase.

 

7. Warranty & Post-Warranty Service

• Technical Support: Comprehensive support throughout the warranty period.

• Preventive Maintenance: Regular inspections and preventive service.

• Remote Monitoring: Diagnostics and real-time remote system monitoring.

• Data-Driven Optimization: Enhancing operations based on real-world performance data.

• Modernization: Support for future system expansion and technological upgrades.

 

Key Outcomes of Implementation

• Integrated Ecosystem: A fully functional and cohesive electric bus network.

• Energy Stability: Stable and managed energy operations.

• Cost Efficiency: Optimized operational costs.

• Future-Proofing: Technical readiness for future fleet expansion.