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Development of a Scalable Electric Vehicle Charging Station Management Platform with Multi-Tenant Architecture and Integrated Payment Solutions

dac.digital

Automotive

Energy & Natural Resources

Software Development

Challenges in EV Charging Station Management

Existing systems lacked seamless payment integration, inefficient power distribution in multi-tenant environments, vulnerability to network overload, fragmented user management, and limited remote control capabilities for operators and end-users.

About the Client

A manufacturer of electric vehicle chargers and ecosystem management software, specializing in hardware-software integration for electromobility solutions.

Key Objectives for the EV Charging Platform

Enable efficient charging with automated billing integration
Optimize power distribution across shared infrastructure
Implement secure network segmentation for multi-operator environments
Streamline user access management with role-based permissions
Integrate dynamic tariff systems for revenue optimization

Core Platform Functionalities

Hierarchical charging station search with geospatial filtering
Multi-tenant user management with role-based access control
Dynamic tariff engine with discount/VIP program support
Remote hardware control via integrated backend APIs
Real-time power usage monitoring and load balancing
Mobile app integration for session control and status tracking

Technology Stack Requirements

PostgreSQL (with PostGIS and ltree extensions)

MongoDB

RabbitMQ

Flask Framework

Critical System Integrations

Mobile application frameworks (iOS/Android)
Third-party payment gateways
Enelink maintenance system API
IoT hardware communication protocols (OCPP)

Operational Requirements

High-availability message queuing for real-time communication
Scalable geospatial query performance
Multi-tenancy data isolation
Low-latency remote control capabilities
Compliance with EV charging industry standards

Expected Business Impact of the EV Charging Platform

Enables operators to reduce infrastructure costs by 30% through optimized power distribution, increases user retention with dynamic pricing strategies, reduces maintenance overhead by 40% via remote management, and improves transaction processing capacity by 5x through integrated payment systems.