High-performance ground and roof solutions pre-engineered to withstand wind speeds up to 60m/s and heavy structural snow accumulation.
Canada is home to some of the world's most severe climatic conditions, presenting unique structural challenges for utility-scale, commercial, and residential solar arrays. Solar mounting structures in regions like Alberta, Ontario, and the Northwest Territories must withstand severe wind shears, excessive snow drifts, and sub-zero temperatures that cause shifting soil profiles and frost heaving.
At Xiamen Jonas Energy, we focus on engineering robust racking systems that strictly adhere to localized building codes including the National Building Code of Canada (NBCC) and standard CSA S37-18. By utilizing high-yield materials such as hot-dip galvanized steel (Q235B & Q355B) and structurally tempered anodized aluminum (AL6005-T5), we guarantee reliable solar installations capable of executing performance targets over 25+ years.
How our solar engineering addresses the core structural failure points typical in cold climates.
In regions such as Saskatchewan and Manitoba, shallow soil freezing causes significant soil expansion. Our ground screw and driven pile systems are engineered to penetrate below the provincial frost lines, ensuring structural anchorage that resists vertical uplifting pressures.
With snow loads reaching up to 2.4 kN/m² in Eastern Canada, our mounting structures leverage strategic tilt configurations (typically 30° to 45°) to facilitate natural snow shedding while maintaining high load-bearing capacities via reinforced C-Channel structural profiles.
For coastal locations like British Columbia and Nova Scotia, salt fog poses high oxidation risks. All steel profiles feature a minimum hot-dip galvanization coating thickness of 85 microns, providing Class-A long-term anti-corrosive protection in accordance with ISO 1461.
An inside look at our state-of-the-art manufacturing processes at Xiamen Jonas Energy Co., Ltd.
Xiamen Jonas Energy Co., Ltd. is a leading global renewable energy solution provider. Headquartered in the major industrial and trade hub of Xiamen, Fujian Province, China, the company operates modern production facilities designed to manufacture advanced photovoltaic racking systems. Our facility operates ISO 9001:2015, ISO 14001, and OHSAS 18001 standards, validating our commitment to precision fabrication, welder safety, and environmental stewardship.
Our complete production flow integrates structural design, high-capacity metal extrusion, precise custom welding services, and automated surface treatment. By working closely with internationally recognized metallurgy partners, we ensure every batch of raw steel or aluminum matches international mechanical performance standards before it enters our automated lines.
Why EPC developers choose Xiamen Jonas Energy to balance performance, lead times, and budgets.
By housing engineering and production under one roof, we eliminate intermediate markup margins. With gigawatt-scale annual production capacity, we offer competitive rates, even when factoring in international logistics to Canadian ports like Vancouver or Montreal.
Every mounting system configuration is run through finite element analysis (FEA) software. We calculate critical parameters like wind uplift and localized heavy snow drift load distributions. We match these with proper raw material dimensions, reducing steel excess and cutting shipping costs.
Navigating international shipping requires meticulous compliance. Our team prepares detailed documentation (mill test certificates, structural analysis certifications, and customs declarations). This facilitates smooth customs clearance, minimizing delays for time-critical solar plant rollouts across Ontario, Alberta, and Quebec.
Proven, certified performance configurations optimized for distinct regional needs across Canada.
Engineered for high-yield utility scale projects in southern Alberta and Saskatchewan. Configured as multi-row or single-post systems to combat frost heaving and maintain high mechanical resilience during major wind gusts.
Optimized for logistics centers, manufacturing facilities, and corporate offices in Toronto, Montreal, and Vancouver. Our aerodynamic ballast systems secure modules without roof penetrations, maintaining the integrity of building membranes.
Providing high ground clearances (up to 2.5 meters) for combined agricultural operations in rural Ontario, or rugged ground screw designs for community microgrids in remote locations across Nunavut and Yukon.
Critical engineering and trade answers regarding importing solar mounting structures to Canada.
Explore our full line of specialized profiles, rails, carports, and mounting systems built for long-term field stability.
Get in touch with our engineering team for customized load analysis reports, CAD drawings, and logistics planning tailored to your project location.
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