Summary
In collaboration with Prince Edward Island Energy Corporation, Ameresco developed the Slemon Park Microgrid co-located with a 10 MW solar facility and energy storage assets to strengthen PEI’s renewable energy solutions. The project will help manage peak load demands within Slemon Park and is expected to offset approximately 4,500 tonnes of CO2e/year over its useful life. In addition, the project will enhance local economic development and furthers PEI’s goal of net zero by 2030.
“The Slemon Park Microgrid project will further our goal of achieving Net Zero energy by 2030 on Prince Edward Island. With the addition of a new, clean renewable energy grid, we’ll be able to better reduce our baseline greenhouse gas emissions and create a more resilient future.”
– Steven Myers
Minister of Environment, Energy and Climate Action, PEI Energy Corporation
1.5 MWh
DC Coupled Energy Storage
10 MW
Solar Generation Capacity
4,500 Tonnes
Annual Carbon Emissions Reduction
2030
Net Zero Energy Achieved
Customer Benefits
The Slemon Park Microgrid project will enhance local economic development and strengthen renewable energy solutions in Prince Edward Island and include the following benefits:
- Manage peak load demands within Slemon Park
- Offset approximately 4500 tonnes of CO2 per year over its useful life
- Improve grid resiliency
- Energy storage systems will benefit local commercial businesses and residents
- Provide jobs for local workforce and attract new businesses
Solution
Working collaboratively with the Slemon Park Corporation, Ameresco and PEI Energy Corporation utilized the park’s unique infrastructure to successfully implement the microgrid. The Slemon Park Microgrid consists of a 10-MW solar facility with direct current-coupled energy storage, meaning that the co-located solar and energy storage assets will share the same interconnection. Implementation of behind-the-meter energy storage solutions, as well as a small deployment of residential energy storage systems, will benefit Slemon Park commercial businesses and local residents by storing energy for later use.
- 10 MW solar facility
- Direct current-coupled energy storage
- Behind-the-meter energy storage solutions
- Residential energy storage systems
