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Solar software

Using our solar calculator, we can swiftly determine your solar simulation yield, assess wind load on solar structures, plan cable routing, compile a bill of materials, and project returns. Notably, our software excels at accurately justifying wind load calculations for both metal roof and ballasted flat roof installations.To highlight, our software is able to justify wind load calculation for your metal rooftop solar or solar ballast system.

Solar modules

We offer a wide selection of solar modules in our database, ensuring we only suggest the finest options. With the increasing size of modules, even for commercial and industrial solar rooftops, we meticulously consider sizing details, prioritizing cost-effective solutions for our clients through optimized solar mounting structures.

Solar mounting systems

For the safe design and installation of PV rooftop systems on both pitched and flat roofs, an accurate understanding of wind effects is essential, as it is typically the most significant design factor. The unique aerodynamic conditions of roofs and the characteristics of PV systems must be considered.

Our mounting systems are rigorously tested to endure various weather conditions, including wind and snow loads in alpine regions, as well as other environmental factors. Made from durable materials such as stainless steel or aluminum, our systems ensure a minimum lifespan of 25 years, supported by insurance coverage guarantees. To enable quick and easy installation, we utilize reliable and proven solar racking systems.

Solar Inverter

Our portfolio encompasses a range of energy solutions, including grid-tied, off-grid, hybrid, and storage systems, all designed for durability and high efficiency over a long lifespan. Our software accurately assesses energy needs and customize the optimal solution for our user.

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Selection of different roof types such as pitch roof or membrane roof, defining roof height, roof substructure parameters and country wind code to adhere to
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Software takes into account of country wind and snow load with local weather maps
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With the selected solar modules, the software can simulate the solar yield of the system
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Selection of Solar ballasts system or anchor solar system
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Positioning of solar modules accordingly to client preference, shading from nearby structure or equipment is taken into account. Walkway and solar cable routing can be planned to optimise cost
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Mimic actual solar rooftop site, nearby building height wind height and shading taken into account.Providing CAD File and DWG for project manager to countercheck
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Elaborate on the static load exerted by solar mounting systems on the roof, providing dead load. Additionally, suggest anchoring points to mitigate the risk of panels being uplifted
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Project static report for local professional engineer to endorse on

Trusted by global commercial property insurance companies

Renowned insurance companies like FM Global, AXA, and MarshMcLennan, which specialise in providing insurance for commercial and industrial properties, often require that solar installations adhere to local wind codes or ACSE7-21 standards. Additionally, the solar mounting design for solar ballast installation must undergo a Boundary Layer Wind Tunnel Test (BLWT) as per ACSE 49.
And for solar panels installed over metal standing seam roofs (SSR), the external seam clamps must be FM Approved and properly fit the specific seam rib type at each seam.

With the recent raise of fire case on rooftop solar, solar mounting should meet the testing requirement of ANSI/UL 1703.2014 Section 16 and 31.2 for Class A rating.

For membrane roofs, protection mats should be laid on flats and underneath the solar system with a roof resistance of Broof(t1), DIN EN 13501-5.

Our mounting structures are specialised to meet and exceed these requirements, ensuring compliance and optimal performance in challenging conditions.

Our Key Advantages

We Provide Top Quality Solar Components

We offer certification to insurance and financial institutions for underwriting, ensuring that your solar project is bankable.

UL 2703

UL 2703, the Standard for Mounting Systems, Mounting Devices, Clamping/Retention Devices, and Ground Lugs for Use with Flat-Plate Photovoltaic Modules and Panels, encompasses requirements for mounting systems, including mounting devices, clamping devices, and ground lugs used with photovoltaic modules and panels. It includes standards for both ground-mounted and roof systems as part of nonstructural building components.

I.F.I. Institute

Our solar structure compliant with international standards, specifically the stringent American building standard ASCE 7-22 and the American guideline for wind tunnel investigations ASCE 49-21, both recognized as leading authorities on PV wind loads.Our test certification includes boundary layer wind tunnel (BLWT) testing, which is conducted to evaluate wind loads and resistance on roof-mounted PV panels. It is essential that the scaled models used accurately represent the proposed roof-mounted panels, particularly for ballasted arrays.

TÜV Rheinland

Solar Structure that obtain Fire qualification according to ANSI/1703. "Flat -Plate Photovoltaic Modules and Panels. section 16 and 31.2 for Class A fire rating.

DIN

Protection layer for membrane roof underneath solar systems. Following DIN EN 13501-5, with a fire resitance BRoof(t1)

Insurance

Our products covers up to EUR5'000'000 on maximum limit of indemnity combined for bodily injury and property damages with third-party liability insurance to protect project and roof owners.

Aluminium grade

Top-tier material crafted from 6063 T66 aluminum, boasting exceptional strength and resistance to corrosion, particularly suited for outdoor usage. The T6 classification signifies the alloy underwent heat treatment, enhancing its robustness. A key factor to note is the risk of galvanic corrosion when aluminum interacts with different metals.
Our tracked record

We specialize in wholesaling top-tier solar products and are dedicated to forging lasting partnerships with our customers.

Portfolio
MWp
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Solar Components supplied by us

We’ve demonstrated our ability to supply over 100MWp of equipment, with even more on the horizon. Our customers trust us because we consistently deliver our products with unwavering commitment and their needs at the forefront of our minds.

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Projects suppiled in APAC region

We have successfully completed more than 50 projects across different scales, and our tailored consulting services consistently yield optimal results.