TROES Applauds Ontario’s Record-Breaking Battery Storage Procurement to Power a Sustainable Future
The Ontario government has announced the completion of the largest battery storage procurement in Canada’s history, securing 2,195 megawatts (MW) of capacity to meet the province’s energy needs through 2030. This landmark achievement marks a significant milestone in Ontario’s Powering Ontario’s Growth plan, ensuring dependable, clean energy for the province’s growing population and economy.
The procurement includes 1,784 MW of clean energy storage from ten projects, with capacities ranging from 9 to 390 MW. This addition will bring Ontario’s entire storage fleet to 2,916 MW, surpassing the government’s initial target of 2,500 MW. As a leading innovator in Battery Energy Storage Systems (BESS) headquartered in Ontario, TROES is thrilled to witness this transformative development.
Supporting Ontario’s Economic and Environmental Goals
Todd Smith, Ontario’s Minister of Energy, highlighted the significance of this procurement, stating, “Our government has secured astounding new investments for the province, from electric vehicle and electric vehicle battery manufacturing to green steel, and the good quality jobs that come with them. We have now broken records once again by completing the largest battery storage procurement in Canadian history.”
This strategic investment ensures a reliable supply of clean energy, supporting Ontario’s long-term economic growth and environmental goals. It provides a solid foundation for major international investments, new housing developments, and industrial growth, aligning with TROES’ mission to advance sustainable energy solutions.
Enhancing Reliability with Innovative Storage Solutions
The latest procurement also includes 411 MW of natural gas and clean on-farm biogas generation, ensuring grid reliability during peak demand periods. The combination of battery storage and traditional energy sources provides a balanced approach to maintaining a stable and resilient electricity system.
Vic Fedeli, Minister of Economic Development, Job Creation and Trade, emphasized the impact on the manufacturing sector: “By securing the largest battery procurement in Canadian history, our government is taking the next steps to ensure manufacturers have a reliable supply of clean energy to power their projects, all while further fueling economic growth and job creation across the province.”
Collaborative Efforts for a Sustainable Future
Lesley Gallinger, President and CEO of the IESO, praised the collaborative efforts that led to this achievement, stating, “The continued success of adding new technologies and resources to the grid will ensure the electricity system is ready to support continued growth all across Ontario.”
TROES continues to recognize the importance of collaboration among municipalities, Indigenous communities, and industry stakeholders. These partnerships are crucial for developing and implementing innovative energy solutions that benefit all Ontarians.
“As the CEO of TROES, I am immensely proud to witness Ontario’s groundbreaking achievement in battery storage procurement,” said Vienna Zhou. “This milestone emphasizes the pivotal role of innovative energy solutions in driving economic growth and environmental sustainability. At TROES, we are dedicated to pioneering cutting-edge, safe, and efficient battery energy storage systems and microgrid solutions, aligning with Ontario’s clean energy goals.”
Commitment to Clean Energy and Innovation
TROES remains committed to advancing BESS technologies and supporting Ontario’s clean energy initiatives. Our cutting-edge solutions are designed to enhance grid reliability, reduce emissions, and provide cost-effective energy storage options. We look forward to contributing to Ontario’s clean energy future and ensuring a sustainable and prosperous province for generations to come.
For more information about TROES and our innovative energy storage solutions, visit troescorp.com
Learn more at Ontario Completes Largest Battery Storage Procurement in Canada to Meet Growing Electricity Demand
