Energy
Collaborative research and development that helps organizations test, validate and advance energy solutions.
The Applied Energy Research (AER) team works with businesses, communities, municipalities and startups to solve energy challenges and bring new ideas closer to implementation. Through applied research projects, the team helps partners evaluate technologies, reduce risk and make informed decisions using real-world testing, data analysis and system integration.
By combining technical expertise with hands-on testing, AER helps partners assess technologies, validate performance and move projects closer to implementation.
Students have opportunities to contribute to applied research projects, working alongside researchers and industry partners to gain hands-on experience while helping advance innovative energy solutions.
Areas of expertise
Whether partners are exploring a new technology, improving energy performance or validating a potential solution, AER provides expertise that helps move ideas from concept to real-world application.
Helping organizations understand, plan and optimize energy systems.
- Microgrid modelling and optimization
- Solar PV and battery storage simulations
- Load profiling and demand analysis
- Scenario modelling and resilience planning
Developing and testing the hardware that supports modern energy systems.
- Printed circuit board (PCB) design
- Embedded systems development
- Power electronics and controls
- Sensors, instrumentation and monitoring devices
- Rapid prototyping and hardware iteration
Evaluating technologies and improving renewable energy performance.
- Solar technology testing and validation
- Solar device and component characterization
- Performance monitoring and analysis
- Renewable energy system evaluation
Turning energy data into actionable insights.
- Real-time monitoring systems
- Internet of Things (IoT) instrumentation
- Data collection and visualization
- Performance analysis and reporting
Helping organizations explore opportunities and move projects forward.
- Technical coaching and advisory support
- Project scoping and feasibility assessments
- Workshops and training
Equipment and facilities
Located at NSCC Ivany Campus, the Applied Energy Research Lab provides the facilities and equipment needed to design, build and test energy technologies.
2 transportable microgrid systems housed in 10-foot and 20-foot shipping containers, each integrating 8-kW solar photovoltaic generation, 20-kWh battery energy storage, EV charging and backup power capabilities for off-grid and resilient energy applications.
A test platform that simulates residential energy systems and can operate in both grid-connected and islanded modes. Integrated with renewable energy sources and an 18-kWh battery energy storage system, it supports research into energy management and backup power strategies.
Battery charge/discharge cycling equipment capable of testing energy storage systems up to 60 kWh, supporting performance evaluation, durability testing and system validation.
PCB design tools, embedded systems, sensors, instrumentation and testing equipment that support the development, monitoring and optimization of energy technologies.
3D printing and fabrication tools that support the design, development and refinement of research prototypes and custom components.
Project examples
Explore examples of how we're helping partners address energy challenges.
Service streams
Partners can work with AER through funding-supported research projects or fee-for-service engagements.