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Smart Energy Management Platform for Electric Vehicle Charging Infrastructure

supercharge.io

Energy & natural resources

Environmental Services

Automotive

Challenges in Electrifying Public Transport Infrastructure

Bus operators face significant challenges transitioning to electric fleets due to grid capacity limitations, lack of integrated charging infrastructure, and complex energy management requirements. Existing systems struggle to balance grid constraints with charging demands while maintaining operational efficiency and cost-effectiveness.

About the Client

Leading UK battery storage operator and provider of electric vehicle charging solutions for public transport

Strategic Objectives for Smart Charging Solution

Develop intelligent charging orchestration system for EV bus fleets
Optimize energy usage through hybrid grid-battery charging strategies
Enable seamless integration with multiple charging hardware platforms
Provide real-time monitoring and analytics for fleet operations
Support scalable deployment across multiple depot locations

Core System Capabilities

Dynamic load balancing between grid and stationary battery storage
OCPP-compliant charging station integration framework
Real-time energy usage monitoring and reporting
Predictive charging scheduling based on route data
Driver performance analytics and feedback system
Centralized depot energy management dashboard

Technology Stack Requirements

AWS cloud infrastructure

Node.js microservices architecture

Custom edge computing hardware

Real-time data processing pipelines

Containerized deployment environment

System Integration Requirements

Open Charge Point Protocol (OCPP) 1.6/2.0 implementations
Battery management systems (BMS)
Grid capacity monitoring APIs
Vehicle telematics systems
National Grid frequency response systems

Operational Requirements

24/7 high-availability architecture
Sub-second response times for critical operations
ISO 27001-compliant security framework
Auto-scaling capabilities for fleet growth
Offline operation with data synchronization

Expected Environmental and Operational Impact

Enable charging of 2000+ electric buses with optimized grid usage, reduce CO2 emissions by 135,000+ tons annually, improve depot energy efficiency by 40%, and support national grid stability through intelligent battery orchestration.