Peak Power Turns On 3.6MW BESS At Vuteq Canada's Woodstock Auto Plant

Peak Power and Madison Energy Infrastructure have brought a 3.6 MW / 7.2 MWh battery energy storage system online at Vuteq Canada's Woodstock, Ontario manufacturing plant, coupled with six ZEVIP Level 2 EV chargers.

Key Takeaways

  • Peak Power announced on July 7, 2026 that a 3.6 MW / 7.2 MWh lithium-ion battery energy storage system is now in commercial operation at Vuteq Canada's automotive parts plant in Woodstock, Ontario.
  • Madison Energy Infrastructure owns and financed the battery asset, including two new switchgear bays, while Peak Power operates it via its AI-enabled Peak Insight platform with peak forecasting reported at over 90% accuracy.
  • The system can shave up to 3.6 MW during Ontario's coincident peak hours, cutting Global Adjustment charges and earning revenue through demand-response programs and energy arbitrage.
  • The project includes six Level 2 EV chargers installed under Canada's Zero Emission Vehicle Infrastructure Program (ZEVIP) for employees and visitors.
  • The BESS supports Vuteq's nearly $40 million plant expansion, backed by $5 million in provincial funding, which adds injection-molding machines, collaborative robots and AI-enabled production systems.

Peak Power Turns On 3.6MW BESS At Vuteq Canada's Woodstock Auto Plant

Toronto-based Peak Power announced on July 7, 2026 that a new 3.6 MW / 7.2 MWh lithium-ion battery energy storage system has entered commercial operation at Vuteq Canada's automotive manufacturing plant in Woodstock, Ontario, in a project financed by Madison Energy Infrastructure and operated by Peak Power.

Turning a Manufacturing Plant Into a Grid Participant

Vuteq Canada supplies interior parts to the automotive sector out of Woodstock and is currently expanding the plant with nearly $40 million in capital investment, backed by $5 million in provincial funding, adding injection-molding machines, collaborative robots and AI-enabled production systems. The battery pairs with that build-out so that the added electrification and automation load is offset by flexible dispatch from day one.

The system can shave up to 3.6 MW off Vuteq's grid draw during Ontario's coincident peak hours, cutting Global Adjustment charges — one of the largest cost components for large industrial power buyers in the province — and letting the site earn revenue through demand-response programs and energy arbitrage.

Financed by Madison, Operated by Peak Power

Madison Energy Infrastructure, a distributed energy owner-operator bolstered by EQT and other institutional partners, owns the battery asset and financed the interconnection upgrades, which included two new switchgear bays. Peak Power's AI-enabled Peak Insight platform dispatches the battery in real time, drawing on the company's peak-forecasting engine that Peak Power reports operates at greater than 90% accuracy across its portfolio.

Peak Power battery energy storage installation with cabinets and switchgear at a commercial site

ZEVIP Chargers and Broader Electrification

The project also installed six Level 2 EV chargers under Canada's Zero Emission Vehicle Infrastructure Program (ZEVIP), extending workplace charging for employees and visitors. "As industrial facilities electrify, automate, and scale, energy flexibility is becoming a competitive advantage," Peak Power CEO Derek Lim Soo said. Madison Chief Revenue Officer Cameron Bard called the deployment a long-term partnership meant to help Vuteq "manage costs, strengthen the grid, and modernize the way they use energy."

Industrial BESS Rides An AI-Manufacturing Wave

The Vuteq system reflects a broader shift among large industrial buyers toward active energy market participation, driven by the electricity demand of AI-enabled production and robotics. For related coverage, see our reports on Tesla Giga Berlin's 18 GWh Giga Challenge, Eni's Brindisi LFP gigafactory groundbreaking and Paladin Power's solid-state ESS launch.

Reporting based on coverage from GlobeNewswire and Peak Power.

Category: Battery Technology

Tags: industrial automation Renewable Energy Industrial AI battery technology Battery Storage Demand Response

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Frequently Asked Questions

What size is the battery energy storage system at Vuteq Canada's Woodstock plant?

It is a 3.6 MW / 7.2 MWh lithium-ion battery energy storage system, which entered commercial operation as announced by Peak Power on July 7, 2026.

Who owns and who operates the Vuteq battery system?

Madison Energy Infrastructure, a distributed energy owner-operator backed by EQT and other institutional partners, owns and financed the asset. Peak Power operates it, dispatching the battery in real time using its AI-enabled Peak Insight platform.

How does the battery save Vuteq money?

It can reduce grid draw by up to 3.6 MW during Ontario's coincident peak hours, lowering Global Adjustment charges, one of the largest costs for large industrial power buyers in the province, while also generating revenue through demand-response programs and energy arbitrage.

What EV charging infrastructure was included in the project?

Six Level 2 EV chargers were installed under Canada's Zero Emission Vehicle Infrastructure Program (ZEVIP), providing workplace charging for employees and visitors.