The IESO’s Home Renovation Savings Program offers rebates for rooftop solar panels or solar panels in conjunction with battery storage systems. A home energy assessment is not required for this project stream.
Cut your Power Costs with Small-Scale Energy Solutions
Load displacement (under 10 kW) projects are small-scale energy initiatives designed to offset a portion of a customer’s electricity consumption by generating power on-site, often through renewable (or non-renewable) sources such as solar photovoltaic panels, small wind systems or battery storage.
Instead of exporting excess electricity to the grid, these systems are sized and operated to match a building’s daytime load, reducing reliance on utility-supplied power and lowering energy costs. Ideal for residential and small commercial applications, load displacement projects help improve energy efficiency, support sustainability goals, and provide a measure of independence from fluctuating electricity prices.
The latest Load Displacement rules are available on the Ontario Energy Board’s website.
To begin a load displacement project, follow the steps provided in the connection process chart shown below.
Step-by-Step Guide to Connecting your Load Displacement Project
Load Displacement Connection Process (<10kW)
| Phase | Description | Form |
| 1. Submit the Preliminary Request | This application form is used to notify GrandBridge Energy of your intent to initiate a load displacement generation project. It helps define the scope of work and determine the appropriate next steps. You will be required to upload the following datasheets: single line diagram (SLD), disconnect switch, solar panels and inverter information, battery backup system (if applicable). | Access Micro-Distributed Generation Application Form |
| 2. Receive an Offer to Connect |
GrandBridge Energy’s Offer to Connect outlines the specifications to connect your project. Do not activate the system until GrandBridge Energy has received ESA inspection and receipt of the Commissioning Verification Form. |
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| 3. Receive Service Layout | Once the Offer to Connect is issued, GrandBridge Energy will provide a service layout detailing the project scope. It is your responsibility to hire a qualified electrical contractor to install the load displacement in accordance with the layout. | |
| 4. Complete and Submit Facility Agreement | The Micro-Distributed Generation Connection Agreement Form serves as the final confirmation and consent to move forward with your project. | Access Micro-Distribution Facility Agreement |
| 5. Commissioning & Energization | To energize the project, an ESA inspection—referred to as Connection Authorization—and a completed Commissioning Verification Form (CVF) are required. The CVF must be completed on-site during the ESA inspection. Once GrandBridge Energy receives both the ESA inspection report and the completed CVF, our Customer Service team will acknowledge receipt and advise it is safe to turn on the system. |
Access Micro Generation Commissioning Verification Online Form |
Load Displacement - FAQs!
If you are connecting a Load Displacement on a small, medium or large size facility, greater than 10 kW, visit the Small, Mid, Large Generation >10KW page for a step-by-step connection process
- Cost Savings: Customers can charge their battery during off-peak times and use it during peak times, reducing energy costs.
- Rate Protection: It helps mitigate the impact of rising rates by offsetting energy costs.
- Battery Storage Systems: Battery storage systems can be used for load displacement. During off-peak hours, the batteries can be charged using electricity from the grid or a renewable energy source. During peak hours, the stored energy in the batteries can be used, reducing the electricity drawn from the grid.
- Solar Panels: Solar panels can generate electricity during the day, which can be used immediately, reducing the amount of electricity drawn from the grid. Any excess electricity generated can be stored in a battery during the night or during high electricity demand.
- Wind Turbines: Like solar panels, wind turbines can generate electricity that can be used immediately or stored in a battery for later use. The amount of electricity generated depends on the wind speed.
- Combined Heat and Power (CHP) Systems: CHP systems, also known as cogeneration, simultaneously produce electricity and useful heat from the same energy source, such as natural gas, biomass, coal, or oil. The electricity generated can be used for load displacement.