Program Closed
Enrolling single family homes – Limited spaces available
Do you own an Electric Vehicle (EV) and are an Alectra customer? If so, you have a chance to participate in a pilot program that aims to help improve your EV ownership experience
Pilot details
The AlectraDrive @Home pilot program aims to better understand EV charging behaviour “at home” and the impact of incentives on influencing customers’ charging patterns. The program will provide participants with convenient and affordable access to EV chargers, mitigate energy cost increases, and provide incentives for charging in a socially beneficial manner.
By participating in the pilot, you will also assist in improving Alectra’s charging network to enable more efficient, customer friendly charging solutions. Insights from the project will help inform an EV deployment model for residential customers.
Limited spaces available
Eligibility Criteria for AlectraDrive @Home pilot project
To qualify for the current recruitment cycle of the AlectraDrive @Home pilot project you must:
- Be an Alectra Utilities customer living in a single-family home *
- Own and drive an EV
- Have a location in your house where we can install an EV charging station
- Not have a Level 2 charging station already installed
* Enrollment is closed for EV owners living in multi-unit buildings.
Benefits of participating in the AlectraDrive @Home pilot project
- Participants will receive a highly subsidized Level 2 FLO CoRe+ EV charging station for a low subscription fee for the duration of the program (ending in September 2023). At the end of the pilot, you will be able to keep the charger at no additional cost.
- The low monthly subscription fee covers the cost of the equipment, installation, maintenance and network fees, customer support, and warranties.
- All charging station installation costs are factored into the monthly subscription fee. However, if your electrical panel needs an upgrade, this will be assessed on an individual basis.
Learn more about other Innovative Projects of the GRE&T Centre