At JEM Farms, innovation is a family tradition. Now in its third generation, this thriving greenhouse operation in Ruthven-Kingsville, Ontario, is known for producing cucumbers and tomatoes across 49 acres of cutting-edge greenhouse space. As the business expanded, so did its commitment to sustainability and smart agriculture. With a newly constructed research and development facility and a focus on energy-efficient lighting, JEM partnered with the University of Windsor through the Greenhouse Technology Network (GTN) to answer a critical question: How can wireless communication technologies make their greenhouses even smarter? The answer, it turned out, would involve complex collaboration and forward-thinking tech solutions.
Challenge:
To truly optimize lighting and energy use in a commercial greenhouse, data must flow seamlessly between systems and sensors. However, in such a dense and high-tech environment, the speed, reliability, and cost-effectiveness of wireless communication are all major hurdles. Without the right network, even the best lighting technology could fall short of its potential.
Solution:
With support from GTN, JEM Farms worked alongside researchers and two major industry players—Ecoation and TELUS Corporation—to test and evaluate wireless communication models in a real-world greenhouse setting. The team focused on developing a network that could handle the demands of data-intensive greenhouse operations, especially those using advanced lighting and sensor-based systems.
Impact:
The project successfully identified the optimal communication model for greenhouses, paving the way for smarter, more connected systems that can reduce energy use and improve crop forecasting. By leveraging local partnerships and cutting-edge tech, JEM Farms is helping to lead the greenhouse industry toward a more efficient and sustainable future.
This project was made possible by funding from the Federal Economic Development Agency for Southern Ontario, through the Niagara College-led Greenhouse Technology Network.
Visit Agriculture at UWindsor’s website to learn more about its resources and capabilities.
(Project #UW005)
