Our Projects

As-Building – Intelligent Drafting

Beaver Ridge Wind

Big Level Wind

Canadian Solar Project

Canton Mountain Wind Farm

Canton Wind Project

DG Interconnection Program Support

Eastern US Solar Portfolio

Farmington Solar Program

Huckins Hill Synchronous Condenser

Jones Street

Madison Business Park

Maine Solar Program Portfolio

Massachusetts BESS

MEPCO Lines

Milo Solar Collector

Milo Solar System

OPGW Additions

Passadumkeag Wind

Pisgah Wind Farm

Program Management

Saddleback Ridge Wind

Silver Maple Wind

South Meadow Breaker Replacement

Spruce Mountain Wind

Transmission Lightning Arrester Application Study

Transmission Line Inspection and Maintenance Program

Jones Street

Madison Business Park

Massachusetts BESS

As-Building – Intelligent Drafting

Canadian Solar Project

Eastern US Solar Portfolio

Maine Solar Program Portfolio

Milo Solar System

Program Management

Canton Mountain Wind Farm

Huckins Hill Synchronous Condenser

Pisgah Wind Farm

Saddleback Ridge Wind

Silver Maple Wind

South Meadow Breaker Replacement

Big Level Wind

Canton Wind Project

Farmington Solar Interconnection

MEPCO Lines

Milo Solar Collector

OPGW Additions

Transmission Lightning Arrester Application Study

Transmission Line Inspection and Maintenance Program

Beaver Ridge Wind

Passadumkeag Wind

Spruce Mountain Wind

TRANSCANADA - CANADIAN SOLAR PROJECT

The TransCanada – Canadian Solar Project is a multiple, utility scale, photovoltaic facilities project developed by Canadian Solar. TransCanada later purchased each project at its respective completion. RLC was hired to serve as Owner’s Engineer, on behalf of TransCanada, to review and comment on Canadian Solar’s design and construction efforts and practices.

CLIENT:
Canadian Solar

LOCATION:
Multiple Locations Canada

SCOPE OF SERVICES

The overall effort involved the following six projects:

Brockville 1 – Brockville 1 is a 10 MW Photovoltaic project located in Brockville, Ontario. Brockville 1 utilizes a mix of Canadian Solar CS6P-230P (14560) and CS6P-235P (42,000) solar panels comprising a project total of 56,560 panels (13,219 MWdc). The panels are configured into twenty arrays, each array supplying a 480 volt, 500 kW, Advanced Energy Solaron inverter.
Brockville 2 – Brockville 2 is a 9 MW Photovoltaic project located in Brockville, Ontario. Brockville 2 utilizes a mix of Canadian Solar CS6X-280 (2,464), CS6X-285 (2,464), CS6X-290 (28,776) and CS6X-295 (9,504) solar panels comprising a project total of 43,208 panels (12,541 MWdc). The panels are configured into eighteen arrays, each array supplying a 480 volt, 500 kW, Advanced Energy Solaron inverter.
William Rutley – William Rutley is a 10 MW Photovoltaic project located in Ingleside, Ontario. William Rutley utilizes a mix of Canadian Solar CS6P-280P (24,640) and CS6P-285P (24,640) solar panels comprising a project total of 49,280 panels (13,921 MWdc). The panels are configured into twenty arrays, each array supplying a 480 volt, 500 kW, Advanced Energy Solaron inverter.
Burritts Rapids – Burritts Rapids is a 7 MW Photovoltaic project located in Smith Falls, Ontario. Burritts Rapids utilizes a mix of Canadian Solar CS6P- 280P (4,928) and CS6P-285P (29,568) solar panels comprising a project total of 34,496 panels (9,807 MWdc). The panels are configured into fourteen arrays, each array supplying a 480 volt, 500 kW, Advanced Energy Solaron inverter.
Mississippi Mills – Mississippi Mills is a 10 MW Photovoltaic project located in Kanata, Ontario. Mississippi Mills utilizes a mix of Canadian Solar CS6P- 290P and CS6P-295P solar panels comprising a project total of 13,939 MWdc. The panels are configured into twenty arrays, each array supplying a 480 volt, 500 kW, Advanced Energy Solaron inverter.
Liskeard 1, 3 & 4 – Liskeard 1, 3 & 4 is a multiple 10 MW Photovoltaic project (combined total of 30 MW) located in Timiskaming, Ontario. The Liskeard projects utilize a mix of Canadian Solar CS6P-290P and CS6P- 295P solar panels. The panels are configured into ten arrays, each array supplying a 480 volt, 1000 kW, General Electric inverter.