Hoskin Environmental
Hoskin Geotechnical
Hoskin Instrumentation
Renewable Energy & Sustainability Training
Equipping the next generation of Canadian engineers.
Teaching equipment for solar thermal, photovoltaics, wind power, and smart-grid concepts so students learn renewables the same way they learn fluids and heat transfer: through hands-on lab work, not just simulations.
What students learn
Solar PV fundamentals
Irradiance vs power output, fill factor, IV curve characterisation under controlled lighting.
Solar thermal
Flat-plate and evacuated-tube collector efficiency, thermal storage, stagnation behaviour.
Wind power
Tip-speed ratio, blade pitch, power curves, and the Betz limit on small-scale wind turbine demonstrators.
Energy conversion
Hydrogen fuel cell demonstrators, electrolysis, round-trip efficiency.
Smart-grid concepts
Microgrid architecture, demand response, DC and AC bus integration of renewable sources.
Sustainability framing
Lifecycle thinking, carbon footprinting, and Canadian-context resource assessment.
The Armfield range
The hub-relevant Armfield equipment Hoskin Scientific supplies and services in Canada:
Solar PV Teaching Apparatus
Controlled-irradiance solar simulator with PV panel, instrumentation, and load bank for IV characterisation.
Solar Thermal Collector
Flat-plate or evacuated-tube collector with circulating fluid loop, instrumentation, and thermal storage tank for efficiency studies.
Wind Turbine Demonstrator
Small-scale variable-pitch wind turbine in a controlled airflow tunnel with instrumentation for power curve and blade-pitch experiments.
Hydrogen Fuel Cell Trainer
Electrolyser plus fuel cell with instrumented load for hands-on round-trip efficiency demonstrations.
Smart-Grid / Microgrid Trainer
Modular microgrid trainer with renewable inputs, energy storage, and load profiles for hands-on grid balancing.
Canadian application notes
Canadian engineering programs are expanding their renewables and sustainability content, often without a clear path from classroom theory to teaching-lab experiments. Hoskin Scientific helps program leads spec teaching equipment that fits the local context: realistic Canadian solar profiles, wind characteristics, and grid integration examples. The result is graduates who arrive at their first job already familiar with the instruments and characterisation techniques used in renewables R&D.
Why specify through Hoskin Scientific
- Pre-purchase consultation — matching equipment to course learning outcomes and lab utilities.
- Quotation in CAD — including landed cost, duty handling, and trade-compliant documentation for grant and tri-council purchasing.
- Installation and commissioning — on-site, by Hoskin technicians familiar with Canadian electrical and water service standards.
- Service, calibration, and parts — held in Canada to minimise downtime during the academic year.
Explore the six Armfield hubs
Frequently asked questions
Does Armfield make solar PV teaching equipment?
Yes. Armfield offers solar PV teaching apparatus with controlled irradiance for IV characterisation experiments.
Can students learn smart-grid concepts in a teaching lab?
Yes. Modular smart-grid and microgrid trainers integrate renewable inputs, energy storage, and load profiles for hands-on grid balancing.
Are wind turbine demonstrators appropriate for a small teaching lab?
Yes. Small-scale variable-pitch wind turbines in controlled airflow tunnels allow blade-pitch and power-curve experiments at lab scale.
Does Armfield offer hydrogen fuel cell trainers?
Yes. Electrolyser-plus-fuel-cell systems with instrumented loads are available for round-trip efficiency demonstrations.
Get a Quote on Your renewable energy Lab
Adding renewables to an existing curriculum, or building a new sustainability-focused teaching lab? Our team will help you scope the right mix of solar, wind, and smart-grid equipment.
Contact our Education team
