Circuit Energy

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Circuit Energy

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We deliver turnkey solar, battery energy storage, power quality and UPS solutions for Ontario manufacturers.

From design and engineering to installation and commissioning, we handle every step to help you lower energy costs, and reduce peak demand charges

10/19/2026

You need to understand the facility's load profile and electricity costs before deciding.
Solar generates energy during the day and can reduce the amount you purchase from the grid.
A battery does something different. It stores energy and gives you more control over when you use or discharge it. That can help manage peak demand and other electricity costs, depending on the facility's tariff and operating profile.
The key is to model both systems against the same load data and compare the value each one delivers.

10/15/2026

For Ontario Class A facilities, Global Adjustment exposure is based on the facility's contribution to the province's five coincidental peaks during the base period.

That makes timing important.
A facility may have a high-demand event that matters operationally—but a different interval can matter more when evaluating the potential value of BESS for Global Adjustment management.
That's why battery sizing should start with interval data, not a monthly electricity bill.

Five peaks can change the economics of a battery project.

10/12/2026

Grateful for the people who make what we do meaningful. 🤎
Wishing our clients, partners, team, and their loved ones a very happy Thanksgiving from all of us at Circuit Energy. 🍂

10/08/2026

Ontario’s solar incentive has changed here’s what it means for project economics. Fahad Rashid from Circuit Energy breaks down the new $770/kW Save on Energy incentive, why Global Adjustment matters for Class A facilities, and what industrial facilities should consider when evaluating solar. Want to see what solar could deliver at your facility? Send us 12 months of electricity bills.
📅 Book a consultation:
🌐 https://na3.hubs.ly/y0FJ_c0 (https://na3.hubs.ly/y0FJ_r0)

10/02/2026

A real project. Measurable results. Industry recognition. ⚡
We’re proud to see our power factor correction project with Sofina Foods’ Brampton plant featured at the Save on Energy 2026 Energy Management Excellence Summit.
Working with Sofina Foods, Circuit Energy installed a 1,125 kVAR power conditioning system that delivered:
⚡ Improved power factor from 79% to 95%
⚡ 239 MWh/year in electricity savings
⚡ $55,000/year in avoided power factor penalties
At the summit, our Engineer, Mohmmad, joined Mr. Reza Zali, Energy Manager at Sofina Foods, beside the project showcase.
Sofina Foods was also named a finalist in the Industrial Excellence (Manufacturing) category for its work in energy efficiency across mechanical and HVAC applications.
Congratulations to the Sofina Foods team, and thank you for the continued trust and collaboration.

09/30/2026

September 30 | National Day for Truth and Reconciliation
Today is a time to reflect on the history and lasting impacts of residential schools, and to recognize our responsibility to keep learning and listening.

09/28/2026

Why do capacitor banks keep failing?
Repeated capacitor failures can be a symptom of something happening elsewhere in the electrical system.

In this video, Jordan from Circuit Energy explains how harmonic resonance can contribute to repeated capacitor failures and why replacing the equipment without investigating the underlying conditions may not solve the problem.

09/23/2026

A detuned capacitor bank can reduce the risk of resonance.
It does not remove harmonic distortion from the electrical system.
VFDs, rectifiers, welders and other nonlinear loads can introduce harmonic currents that interact with capacitor banks.
For facilities with significant harmonic content, the correction strategy needs to address both reactive power and harmonics.
Detuning changes the resonance condition. Harmonic filtering addresses the harmonic current.

09/21/2026

Power factor correction should be designed around how a facility operates.
A conventional capacitor bank can be effective for a stable, mainly inductive load with low harmonic distortion.
But welding, presses, injection moulding, cranes, elevators, and other rapidly changing loads require correction that can respond to changing kVAR demand.
Inverter-based SVG systems continuously track the load rather than switching fixed capacitor steps.
The question isn't which technology is better. It's whether the correction system matches the load.

09/17/2026

Ontario's solar incentive is designed for behind-the-meter load displacement, not exporting power to the grid.
For systems over 10 kW AC and up to 1 MW AC, the current incentive is $770/kW-AC.
Projects above 1 MW AC can still qualify, but the incentive is capped at 1 MW AC and 50% of eligible project costs.
For large industrial facilities, the incentive structure makes project economics and system configuration important from the start.

Address

1902-5775 Yonge Street
North York, ON
M2M4J1

Telephone

+18668954545

Website

https://www.circuitenergy.ca/

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