Mobile Containerized Solar Microgrid System Tender - 149594247

The University of Calgary requires one fully integrated, containerized solar microgrid systemdesigned for deployment in Northern Alberta-s cold climate conditions (Maximum load should be~15000 lb that could be moved by a regular truck). The minimum technical specifications include, however may not be limited to:A. Container Unit• One mobile unit either build on platform directly (Figure A), or insulated 20-/40-shipping container (please propose optimal size based on system design).• Insulation must be suitable for extreme cold weather conditions (Northern Albertaclimate).• Container must house all electrical components, battery storage, and controlsystems in a secure, weatherproof, and ventilated environment.B. Solar Photovoltaic (PV) System• 10-20 rooftop solar panels, rated 400W-500W each.• Panels may be fixed (Figure B) or expandable (Figure A) to optimize for seasonalsun angles and potential redeployment.• Include all required mounting hardware, wiring, and combiner boxes.• A remote data acquisition and monitoring system for research purposes.C. Battery Energy Storage System• Capacity: 40 kWh usable energy, 5 kW continuous output.• Provide pricing and technical comparison for:o ...
Solicitation Type : RFP - Request for Proposal (Formal)

Reference Number : 0000332565

Location : Canada, Alberta, Calgary

Purchase Type : One Time Only- Delivery Date:2026/11/16

Description : The University of Calgary requires one fully integrated, containerized solar microgrid systemdesigned for deployment in Northern Alberta’s cold climate conditions (Maximum load should be~15000 lb that could be moved by a regular truck). The minimum technical specifications include, however may not be limited to:A. Container Unit• One mobile unit either build on platform directly (Figure A), or insulated 20’/40’shipping container (please propose optimal size based on system design).• Insulation must be suitable for extreme cold weather conditions (Northern Albertaclimate).• Container must house all electrical components, battery storage, and controlsystems in a secure, weatherproof, and ventilated environment.B. Solar Photovoltaic (PV) System• 10-20 rooftop solar panels, rated 400W–500W each.• Panels may be fixed (Figure B) or expandable (Figure A) to optimize for seasonalsun angles and potential redeployment.• Include all required mounting hardware, wiring, and combiner boxes.• A remote data acquisition and monitoring system for research purposes.C. Battery Energy Storage System• Capacity: 40 kWh usable energy, 5 kW continuous output.• Provide pricing and technical comparison for:o Flooded lead-acid (FLA) battery banko Lithium Iron Phosphate (LFP) battery systemo Other c.....