A cloud-based platform designed to transform electric vehicles (EV) into a massive distributed energy storage network. The platform seamlessly connects EV drivers and their vehicles with utilities and grids, creating a virtual pool of EV-enabled storage that far exceeds the scale of planned utility deployments.

As EV adoption accelerates, unmanaged charging threatens to overwhelm local grids; especially in urban centers. The BluWave-ai EV Everywhere Infrastructure Cube addresses this by creating a unified, platform that coordinates EV energy use across a system operator area, leveraging the investments made by private EV owners.

BluWave-ai automatically charges EVs using real-time AI deployed on the platform when surplus renewable power is available locally (such as during periods of high solar or wind generation) and likewise pauses or delays charging in areas where the grid is under stress. Participating utilities can send localized congestion signals, enabling the platform to adjust charging behavior dynamically across thousands of vehicles. EV drivers who opt-in to the platform receive rewards while helping balance the grid.

How the Cube Works

The BluWave-ai EV Everywhere Infrastructure Cube is a cloud platform that prevents grid overload from simultaneous EV charging in congested areas and by off taking excess renewables during periods of high generation and low loads through AI managed energy flow.

Visualized as a cube, the platform connects four key faces of the energy ecosystem:

• EV Users: Individual drivers can onboard to the platform to receive rewards and benefits.
• Electric Vehicles: The system is compatible with major EV brands, including Hyundai, Kia, Tesla, MINI, Jaguar, and BMW, using their native telematics with more on the roadmap, including delivery EV’s and large transit
• Utility Providers: Local utilities can register to send real-time data on grid congestion, enabling automated load management.
• System Operators: The platform provides a macro-level view, allowing system-wide grid constraints to be managed effectively with live feeds of electricity loads and generation types streamed into the system

Any combination of the above can work 24x7 with our AI-based automated management taking into account the needs and limitations from all sides.

Figure 1: Conceptual Depiction of the BluWave-ai EV Everywhere Infrastructure Cube in a3x3x3 scale

At the intersection from any direction are unique AI predictors and optimizers working in real-time to balance and optimize the needs of all parties — from individual driver preferences to theneeds of local utilities rolled up to system-level grid stability. The underlying technology is supported by a suite of 36 patents filed with the USPTO, 10 of which have been granted and specifically USPTO pending patent: 18/806,264 and Canada pending patent 3,258,465 which support the system to connect both personal EV’s and EV Fleets seamlessly to grids.

The BluWave-ai EV Everywhere Infrastructure Cube builds on the successful deployment of the BluWave-ai EV Everywhere platform and Canada’s first ever AI-enabled aggregated EV demand response conducted in the Hydro Ottawa utility in the IESO grid in Ontario, Canada.

How to Join the Platform

• For EV Drivers: Drivers in Canada and the US can join the network by downloading the EV Everywhere mobile app v2.0 and linking their vehicle to receive rewards and gain insights into their energy use. The app offers features for optimized charging, cost savings, and carbon footprint reduction.
  • Download for Android
  • Download for iPhone
• For Utilities and System Operators: Interested parties can become collaborators through standardized APIs for real-time data exchange. The platform is hosted in Canada and can be accessed by contacting BluWave-ai at [email protected].

Platform Availability

The BluWave-ai EV Everywhere Infrastructure Cube is currently deployed with hyper-localized support in Prince Edward Island, Nova Scotia, Ontario, and British Columbia, with general coverage available for the rest of Canada. The platform is also export-ready and is being deployed in Puerto Rico, USA, with support for other US grids.