Cogeneration
Existing Installation
Initial installation at Ravensbergen was commissioned in 2017. This outdoor containerized system houses a 2.7-Megawatt generator. Approximately 46 % of Energy consumed is used to generate power and approx. 46% of the energy is used to heat the greenhouse production area
What is Co-Generation and How Does It Work?
Co-generation, or Combined Heat and Power (CHP), is a smart and efficient way to produce energy. Instead of wasting the heat created when generating electricity, co-generation systems capture and reuse it. This makes the process more energy-efficient and environmentally friendly compared to traditional methods.
At P. Ravensbergen & Sons Ltd., their co-generation system serves two main purposes: creating electricity and providing heat for their greenhouses. Here’s a simple breakdown of how it works:
The system runs on natural gas to generate electricity. This electricity is supplied to the local power grid, helping meet energy needs in the community.
While making electricity, the system also produces heat as a byproduct. Instead of letting that heat go to waste, it’s captured and used to warm the greenhouses. This helps maintain the perfect temperature for growing healthy plants.
Why is Co-Generation Important?
Co-generation isn’t just about being efficient—it’s about doing things better for the environment and the bottom line. Here’s why it matters:
Better Growing Conditions: The heat from the system keeps the greenhouses warm and stable, creating ideal conditions for plants to thrive.
Environmentally Friendly: By reusing the heat, less energy is wasted, and the overall carbon footprint is reduced.
Helping the Community: The electricity produced is sent to the local grid, supporting energy needs and contributing to sustainable energy efforts.
Co-generation is a win-win solution that combines smart energy use with sustainability. At P. Ravensbergen & Sons Ltd., it’s just one of the ways they’re working to ensure a better future—for their business, their customers, and the environment.
- The Independent Electrical Systems Operator under LT1 is attempting to competitively procure 2518 MW of capacity in the Ontario market consisting of 2 types
- IESO.ca
- 1600 MW of Electrical Storage
- 918 MW of Natural Gas Generation
Initial installation at Ravensbergen was commissioned in 2017. This outdoor containerized system houses a 2.7-Megawatt generator. Approximately 46 % of Energy consumed is used to generate power and approx. 46% of the energy is used to heat the greenhouse production area
Ravensbergen is proposing to bid into the IESO’s RFP to add an additional 2.7 MW generator and so doubling their capacity both electrically and thermally.
- Proponent is P. Ravensbergen & Sons Ltd
- Name of the Project is Ravensbergen LTR
- Technology is a Natural Gas fired Combined Heat and Power Engine
- Name plate capacity: up to 2.7 MW
- Engine will be located in a rebuilt structure on the Northwest side of the property
- Legal Address of the project site
- 2873 South Grimsby Road 10
Smithville ON, L0R 2A0
Part Lot 18 and 19 concession 9
- 2873 South Grimsby Road 10
