Vehicle-Grid Integration (VGI)

A comprehensive analysis of your fleet is conducted to assess battery capacity as well as vehicle immobilization profiles. This process also includes a site assessment that accounts for current energy pricing and the electrical constraints specific to each installation.

In parallel, potential revenue is evaluated by examining participation in demand-response mechanisms, peak-shaving opportunities, and frequency regulation services. This assessment is complemented by an estimate of the fleet’s total cost of ownership, providing a clear and holistic view of the project’s economic performance.

The bidirectional architecture is designed to ensure optimal integration of charging systems, whether alternating or direct current (AC/DC). This design includes interfacing with energy management systems (EMS), battery management systems (BMS), telecommunications infrastructure, and integration with SCADA environments to ensure reliable, high‑performance, and coherent operation across the entire energy ecosystem.

Particular attention is given to access governance and cybersecurity. Robust access control mechanisms, data protection measures, and secure communication protocols are implemented to ensure system integrity, confidentiality, and resilience against cyber risks, while complying with best practices and applicable regulatory requirements.

The initiative is aligned with current provincial programs and incentives, while complying with utility rules and requirements. This alignment optimizes access to financial support mechanisms, ensures regulatory compliance, and maximizes the economic and operational viability of projects in an ever‑evolving energy landscape.

The procurement process includes the rigorous selection of bidirectional chargers, taking into account technical, operational, and regulatory requirements. Factory testing is conducted to validate equipment performance and reliability prior to deployment. On‑site commissioning is then carried out in a structured manner, ensuring regulatory compliance and seamless integration with existing infrastructure.

System operation relies on managing charge and discharge strategies to ensure optimal use of energy assets, aligned with grid needs and economic objectives. Revenue streams are closely monitored and supported by continuous optimization mechanisms, including aggregation algorithms and virtual power plant (VPP) models, to maximize value throughout the operational lifecycle.

V2H, V2B, and V2X solutions transform electric vehicles into powerful enablers of energy resilience. By enabling vehicle batteries to supply power to a home (V2H) or a building (V2B), these approaches provide reliable backup power during outages, grid constraints, or emergency situations, while maximizing the use of existing assets. V2X (Vehicle‑to‑Everything) extends this capability to more mobile and temporary contexts, such as events, construction sites, or remote locations, by delivering a flexible, quiet, and low‑emission energy source. Together, these solutions reduce dependence on traditional generators and strengthen operational continuity, even in the most demanding environments.