Smart Energy Sharing at Swinburne University
Client: Swinburne University
Challenge
Swinburne University sought an innovative solution to optimize energy use across its campus buildings. The goal was to create a retrofitted physical energy network capable of intelligently managing and sharing energy behind the meter, minimizing reliance on grid energy and maximizing efficiency.
Solution
Pacific Sun Solar partnered with Swinburne University to engineer and deliver a world-first smart energy sharing system. Leveraging predictive AI technology, the system dynamically manages energy based on real-time and future energy demands. Key system functions include:
- Predicting energy load and managing inputs from integrated solar, battery, and HVAC systems.
- Deciding whether to share energy between buildings, store it in batteries, run HVAC systems, or draw from the grid.
Key Features of Phase 1 (Completed Mid-2021):
- Solar Installation:
- 84 Trina 390W panels renowned for their reliability and performance.
- Hybrid Inverters:
- Sungrow SH10RT inverters for seamless integration of solar and battery systems.
- Battery Storage:
- A 30kWh battery bank to store excess solar energy for later use.
Results
The completion of Phase 1 established the foundation for Swinburne University’s smart energy network:
- Optimized Energy Usage: AI-driven decision-making enables efficient energy distribution and storage.
- Reduced Grid Dependency: The integrated system minimizes reliance on grid power, cutting costs and emissions.
- Sustainability Leadership: Swinburne University is setting a global example for innovative energy solutions in educational institutions.
Impact
This project underscores Pacific Sun Solar’s expertise in delivering cutting-edge energy solutions that harness AI and smart technology to redefine energy management. Swinburne University’s smart energy network is a milestone in sustainable campus operations.
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