en.Wedoany.com Reported - Saint John Energy has launched the Plug-In Labs project, a regulated smart grid sandbox that provides external researchers and innovators with near-real-time and historical utility data through a complete digital twin of the city's distribution system. The utility says this marks a first in Canada for sharing its own smart grid data externally in a structured manner, aiming to accelerate model development, prototype testing, and validation before field deployment.
The platform prioritizes security and privacy. External users operate in a closed environment independent of the real-time operational system, and no customer-identifiable information is shared. By mapping the grid in a virtual model, participants can run simulations, stress-test control strategies, and explore demand response and electrification use cases without operational risk. Enhanced grid visibility is central to this concept, aligning with industry discussions on improving distribution-level situational awareness through smart grid sensors.
According to the utility, the project officially launched recently and is open to innovators and researchers in Canada and abroad. Early academic partners include Concordia University's Next Generation Cities Institute and New Brunswick Community College. Concordia University's initial two research focuses are identifying and prioritizing building retrofit opportunities for customers and modeling large-scale residential demand response. The utility's stated platform technology partners include Deloitte, Kraken, Landis+Gyr, and Awesense.
The Plug-In Labs project builds on existing work under the company's "Zero30 roadmap," which aims to build a smarter, cleaner, and more resilient system. As Canada advances investments in grid reliability and decarbonization, this approach provides a regulated path from concept validation to practical application while ensuring operational safety, complementing national priorities around grid modernization under Canada's grid reliability investment initiatives.
The sandbox is designed to allow solution providers and researchers to query distribution data, iterate control logic, and verify interoperability before any physical integration. For municipal utilities, similar digitalization and automation strategies are emerging across Canada. Beyond Canadian pilot projects, North American cities are also expanding advanced metering, automation, and analytics capabilities to support electrification, electric vehicle charging, and distributed energy resource integration.
Regional market and policy reforms will determine the adoption pace of such innovative platforms. Dynamics in the Atlantica reform show how regulatory clarity and data governance can enable utilities and third parties to move from pilots to scalable solutions, and the launch of the Plug-In Labs project aims to demonstrate this by structurally opening utility smart grid data.
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