Energy
Applied research that designs, builds and tests real‑world energy solutions through expertise in electronics, system integration, data-driven analysis and rapid prototyping.
The Applied Energy Research team (AER) supports the development, validation and optimization of emerging energy technologies, helping move ideas from concept to real-world use.
We work with industry, communities, municipalities and startups to test energy hardware and software in practical settings and analyze performance data. This work delivers reliable, decision-ready results that support implementation and reduce risk.
Students are embedded in this work, contributing to applied research projects while gaining meaningful, hands-on experience with industry partners.
Our areas of expertise
We help partners solve real world energy challenges through:
- Microgrid modelling and optimization
- Solar PV and storage simulations
- Load profiling and demand analysis
- Scenario modelling for resilience planning
- Printed Circuit Board (PCB) design and embedded systems
- Power electronics and controls
- Sensors, instrumentation and monitoring devices
- Rapid prototyping and hardware iteration
- Solar performance testing and validation
- Solar cell simulation and hardware characterization
- Monitoring and data interpretation
- Real time monitoring systems
- Internet of Things (IoT) instrumentation and dashboards
- Big data energy analysis
- Engineering mentorship for early-stage ideas
- Technical coaching for community energy initiatives
- Project scoping and feasibility work
- Workshops, training and applied learning opportunities
Equipment and facilities
Applied Energy Research Lab - Ivany Campus
Our lab is equipped to take an energy idea from concept to prototype. Capabilities include:
- Battery charge/discharge cycler for testing batteries up to 60 kWh capacity
- Dynamometer for testing electric motors up to 350 kW (available May 2026)
- Microgrid testbed with islanding capability
- Rooftop solar integration for real performance testing
- Grid-connected and off-grid scenario testing
- Energy storage systems and battery testing rigs
- Electronics prototyping equipment: oscilloscopes, soldering stations, PCB tools, embedded microcontrollers
- Data acquisition platforms and energy monitoring instruments
- Solar cell simulator for controlled testing environments
- Model kitchen for demonstration of applied microgrid controls
We work with you to model, test, validate and refine your ideas in a fully instrumented, controlled environment.
Projects examples
Solar cell simulator prototype
Building a controlled test platform to accelerate solar hardware development.
Greener grids through electric vehicle batteries
Testing the potential of EV batteries to support grid services and resilience
Town of Bridgewater energy management information system
A proof-of-concept system to help a municipality track and optimize energy performance.