Smart EV Charging Hub Integration

We are seeking industrial and technology partners interested in demonstrating this approach in real-world environments.

The project proposes an intelligent solution for managing electric vehicle charging infrastructure in industrial and commercial environments (hotels, corporate campuses, industrial parks). The system optimizes available power, charging schedules, and interaction with the grid and local renewables, avoiding demand peaks, reducing energy costs, and maximizing the use of clean energy.

The platform will also enable the integration of future features such as vehicle-to-grid (V2G) and user prioritization based on mobility needs.

Objectives

◦ Develop an intelligent EV charging hub management system capable of:

◦ Dynamically distributing available power among multiple vehicles.

◦ Optimizing charging based on hourly energy prices.

◦ Aligning charging with local renewable energy production (e.g., solar).

◦ Implementing user prioritization strategies (hotel checkouts, fleet shifts, etc.).

◦ Explore future integration of Vehicle-to-Grid (V2G) services.

Expected Impact

• Up to 20-30% reduction in charging energy costs through time management.

• Reduction in contracted power peaks → fewer penalties.

• Greater integration of local renewables → contribution to sustainability goals.

• Increased customer/user satisfaction thanks to priority management and charging transparency.

DDS´s role will include developing the core of the smart management platform, using its expertise in data analytics, cloud-API integration, and optimization algorithms.

We are looking for:

• EV charging operators or utilities.

• Hotels, corporate campuses, and industrial parks with pilot-scale charging infrastructure.

• Charging hardware manufacturers and renewable energy providers.

• Research centers in electric mobility and energy systems.