Starting in 2026, BC Hydro will introduce a 10-cent per kilowatt-hour (kWh) rate for excess solar energy exported to the grid, replacing the previous net metering system.
Under this change, solar customers will no longer receive credits at retail rates, but will instead be compensated at a fixed export price. This shift is set to significantly affect the financial calculations for solar panel installations across the province.
BC Hydro’s New 10-Cent Solar
| Key Fact | Detail/Statistic |
|---|---|
| New Export Rate | Fixed at 10 cents per kWh for solar exports to the grid. |
| Transition Timeline | Applies to new customers from July 1, 2026, and those who accepted a solar rebate post-March 2026. |
| Previous Net Metering Rate | Excess solar energy was credited at full retail rates. |
What’s Changing in BC Hydro’s Solar Program?
BC Hydro’s net metering program, which allowed solar customers to offset their power bills by sending excess energy back to the grid and receiving credits at retail value, will be phased out in favor of net billing starting July 1, 2026.
In the new system, excess solar generation will be purchased at a fixed rate of 10 cents per kWh, significantly lower than the previous rates that could be equivalent to retail prices.
This change is part of a broader strategy to balance the interests of all customers, including those who do not have solar power systems, ensuring that the costs of maintaining the grid are fairly distributed. Under the new system, solar producers will now be compensated based on the actual market value of the energy they generate.
Why Is BC Hydro Making This Change?
BC Hydro’s move to the 10-cent fixed export price comes after a regulatory review by the British Columbia Utilities Commission (BCUC). The goal is to create a more sustainable and equitable system, as solar energy production grows in the province.
Under the previous net metering scheme, solar customers received full retail value for energy sent to the grid, which many critics argued shifted costs to non-solar customers who were subsidizing the system. With this new policy, the export rate is designed to more accurately reflect BC Hydro’s cost to supply and distribute energy.
“Net metering was a great system in its time, but the grid is now experiencing growing challenges, and a more balanced approach is necessary,” said Marc Thomas, BC Hydro’s Chief Operating Officer. “We need a sustainable model that reflects the actual costs of power distribution while continuing to encourage renewable energy generation.”
Industry Reactions: Concerns and Opportunities
The change to a 10-cent fixed rate has prompted mixed reactions across the solar energy industry. On the one hand, solar installers are concerned that this shift could slow the rate of solar adoption in British Columbia, particularly among homeowners who are driven by the financial savings of exporting excess energy.
Susan Park, a solar installation business owner in Vancouver, commented, “This change could deter people from installing solar systems if they feel they won’t be adequately compensated for their surplus energy. The economics of solar are definitely changing.”
However, others in the industry see opportunities for growth in other areas, such as battery storage solutions and solar-powered electric vehicle (EV) charging stations.
By encouraging homeowners to consume more of their own solar energy, this shift could drive demand for storage technologies that allow people to store surplus energy for later use rather than exporting it.
Historical Context: BC Hydro’s Net Metering Legacy
For nearly two decades, BC Hydro’s net metering program played a crucial role in encouraging solar adoption in British Columbia. Since its introduction, thousands of homeowners and businesses have installed solar panels, with many taking advantage of the system’s 1:1 energy crediting model to offset the cost of their energy bills.
Over the years, net metering became a significant driver of the province’s renewable energy growth.
However, as more solar customers joined the program, the increasing number of exported kilowatt-hours led to growing concerns about fairness, with critics arguing that non-solar customers were unfairly burdened with the costs of grid maintenance.
International Comparisons: How BC’s Solar Export Rates Compare
BC Hydro is not alone in reevaluating its solar compensation model. Many regions in the United States, including California, have made similar shifts to address the growing costs of net metering.
In California, for example, solar export compensation rates have been gradually reduced over the years, with a new system in place where compensation is lower than the retail price but still aimed at supporting solar energy adoption.
In Europe, countries like Germany and France have adopted a similar model, focusing on self-consumption rather than incentivizing energy exports. These international examples illustrate a broader trend in the energy sector, where utilities are balancing the need for sustainability with the need to maintain affordable grid access for all customers.
Solar Panel Manufacturers: Impact on the Supply Chain
The reduced compensation for exported energy might also have an impact on the solar manufacturing industry. Solar panel manufacturers may see a shift in demand, with a growing preference for solar-plus-storage systems as consumers look to optimize their energy use rather than rely on the grid.
As the cost of battery storage continues to fall, many homeowners may opt to invest in home energy storage systems that allow them to store excess energy for later use, thereby making the 10-cent export rate less of a concern.
What Are the Alternatives for Solar Customers?
As the new rates come into effect, solar consumers will likely turn to alternative solutions to maximize the efficiency of their systems. Some options include:
- Battery Storage: Storing excess energy in batteries allows homeowners to use it later, reducing the need to export power to the grid.
- Time-of-Use Shifting: By using more solar energy during the day, when solar production is highest, consumers can avoid relying on the grid during peak hours.
- Energy Efficiency Upgrades: Investing in energy-efficient appliances or heating and cooling systems can further reduce reliance on the grid, improving the financial outlook of solar installations.
Related Links
Canada Solar Rebates 2026: How to Claim Up to $10,000 for Solar & Batteries
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What’s Next for Solar Energy in BC?
With the 2026 deadline for new installations fast approaching, solar customers and energy advocates will need to reassess how best to navigate the new regulatory landscape. While the 10-cent export price will change the financial calculations for many, BC Hydro’s commitment to renewable energy development and grid modernization remains clear.
In the long run, the success of the new pricing model will depend on the growth of energy storage technologies, solar-plus-storage systems, and continued efforts by both the government and private sector to ensure that renewable energy becomes a mainstay in BC’s energy future.
