and committing to a 15% reduction in energy demand per m² by 2026 (Seneca College, 2024). However, inefficiencies in real-time energy monitoring and reliance on non-renewable energy sources remain critical challenges. This report proposes the implementation of a Smart Energy Optimization Framework (SEOF) across 50% of Seneca’s campuses to address these issues, aligning with institutional sustainability goals and global best practices.
1. Analyze energy inefficiencies using Seneca’s 2024 Sustainability Report.
2. Propose a phased SEOF implementation plan.
3. Align recommendations with Seneca’s Sustainability Plan and STARS objectives.
Seneca’s energy systems lack real-time monitoring, resulting in:
a. High Energy Demand: Newnham Campus consumed 27.5 million eKWh in 2023, with an intensity of 179 eKWh/m² (Appendix A, p. 28).
b. Carbon Emissions: 56.6% of emissions stem from personal vehicle commuting (Seneca College, 2024, p. 14).
c. Missed Savings: Without intervention, energy costs could rise by 12% annually.
1. Reduce Energy Use: Reduce energy use by 25% in 3 years.
2. Stakeholder Engagement: Ensure scalability and stakeholder buy-in.
3. Standards Alignment: Align with Seneca’s STARS Gold standards.