Thank you, Chair and members of the committee, for the opportunity to appear today.
My name is Andrew Thiele, vice-president of policy and GR at Energy Storage Canada. I'm joined by my colleague Robert Tremblay, ESC policy manager.
Energy Storage Canada is the national association representing companies involved in the development, manufacturing, integration and operation of energy storage technologies across the country. Today I want to focus on three core messages for you. First, energy storage is now essential infrastructure for Canada's electricity future. Second, storage is an industrial and supply chain opportunity, not just a grid solution. Third, Canada can lead globally, but doing so requires pragmatic federal policy coupled with smart provincial planning.
Canada's electricity system is undergoing rapid transformation, with rising demand and increasing reliability pressures. Energy storage provides firm capacity, flexible dispatchability and critical reliability services.
Canada's storage market is also accelerating quickly. Ontario has more than 2,800 megawatts of storage under contract or construction, one of the largest procurement pipelines in North America, and other provinces are also moving forward. Quebec has identified over 1,200 megawatts of opportunity. Alberta has currently deployed over 200 megawatts of storage and is looking to procure up to 750 megawatts of new storage in the next two years.
Storage is becoming one of the most important clean industrial opportunities of this decade. Canada is increasingly shifting beyond vehicle assembly toward the core battery supply chain, including battery cells and modules, grid-scale storage systems, long-duration storage technologies and recycling and critical mineral recovery.
The initial EV investment established Ontario as an auto transition hub. The next phase is a deeper dive into the battery value supply chain, where economic value, security relevance and export potential are much higher. Grid-scale storage demand can become a stable domestic anchor for manufacturing capacity, even as EV markets face cyclical uncertainty.
As we look ahead, one of the fastest-growing demand drivers for storage is AI and advanced computing. These step-load increases can take tens or even hundreds of megawatts at single sites. Transmission expansion can take up to 10 years, while storage systems can be deployed and permitted within two to four years. Storage creates room for economic opportunity while deferring costly upgrades and supporting industrial and compute investment.
Storage also strengthens Canada's electricity trade potential. Interties are essential infrastructure, but they are only as valuable as the flexibility behind them. Storage allows provinces to absorb energy during low demand periods and discharge during peaks, making interties more firm, controllable and economically valuable. This supports Canada's ability to export clean electricity at the right time.
Canada already has a diverse group of storage technology leaders and OEMs, including Invinity in British Columbia, manufacturing vanadium flow batteries; Hydrostor in Ontario, leading globally in compressed air storage; e-Zinc, developing zinc-based long-duration storage solutions; and EVLO, a company backed by Hydro-Québec, strengthening domestic battery systems integration. This diversity matters. Canada is not just importing storage; we are building expertise.
At the same time, it is critical to acknowledge near-term supply chain realities. Battery supply chains remain globally concentrated, particularly for cells, subcomponents and processed critical minerals. Even leading North American OEMs still rely on international inputs in the near term. Canada cannot flip a switch overnight to full domestic sourcing without risking delays, cost increases and potential reliability impacts.
This brings us to energy security. ESC supports the principle of excluding high-risk foreign enterprises from participation in Canadian energy procurements, consistent with global best practices. However, these restrictions must be designed carefully. Abrupt or poorly designed measures could delay projects, raise costs or undermine local and indigenous participation.
ESC recommends a risk-based, non-retroactive transition framework, with a clear, targeted state-owned enterprise definition based on ownership and control thresholds; no retroactive application to existing contracted projects; and a phased implementation plan starting with cyber-sensitive components.
Cybersecurity risk management is not starting from scratch. Utilities and regulators already impose standards through interconnection requirements, procurement controls, remote access restrictions, firmware management, and testing and certification. The question is how to build on this foundation in a smart and targeted way.
The federal government has a central role in ensuring that Canada captures the full economic value of storage while protecting its energy security. ESC's recommendations are, therefore, the following: First, optimize investment tax credits; second, expand deployment programs; and third, pair restrictions with industrial policy. Restrictions alone do not build supply chains; industrial policy does. ESC recommends targeted federal storage supply chain fund incentives focused on domestic content bonuses, not on restrictions.
In closing, energy storage is essential to Canada's electricity future, and it's a major industrial opportunity, if done correctly. With clear investment signals, smart supply chain security measures and coordinated federal incentives, storage can strengthen reliability, lower costs, support reconciliation outcomes with indigenous populations and position Canada as a global leader and energy superpower.
Thank you. I look forward to your questions.