The KST-2PM 1 Axis Solar Tracker by KSENG optimizes energy output for large-scale solar projects with intelligent sun-following technology. This robust single-axis tracking system combines AI-driven astronomical algorithms with durable HDG steel construction to deliver 2-3% higher energy yield than conventional trackers.
Product name:
Adjustable Roof Solar Mounting SystemMaterial:
Aluminum 6005-T5 & SUS 304 Stainless SteelWarranty:
10 YearsService Life:
25 YearsCertification:
ISO9001/CEStandard:
AS/NZS 1170Wind Load:
60M/SSnow Load:
1.4KN/M2
Material
Aluminum Alloy 6005-T5 & Stainless steel 304Brand Name:
KsengProduct name:
Solar Carport Mounting SystemWind Load:
60m/sSnow Load:
1.4KN/m²Certificate::
AS/NZS 1170/CE/ISO9001Warranty:
10 yearsService Life:
25 years
Model
KSS-05KWH512V100A-GFNominal Voltage
51.2V(16series)Rated Energy(KWH)
Rated Energy(KWH)Cycle Life
≥6000cycles@25℃Capacity(Ah):
100AHVoltage Range(Vdc) :
48-56.5VScalability:
Up to 15 parallelFlat roofs offer valuable space for solar power generation, but a successful rooftop PV project requires more than simply placing solar panels on the building. Roof protection, structural stability, installation efficiency, module orientation, tilt angle, wind resistance and long-term durability all need to be considered from the beginning.
Kseng provides versatile flat roof solar racking systems designed for residential, commercial and industrial photovoltaic projects. The category includes ballasted mounting structures, non-penetrating systems, adjustable front and rear leg brackets, and triangle mounting solutions, giving installers, EPC contractors and project owners greater flexibility when designing solar arrays for different flat-roof conditions.
Whether the project requires a lightweight aluminum structure, a cost-effective Zn-Al-Mg coated steel solution or an adjustable mounting structure for optimizing panel inclination, Kseng offers multiple configurations to help simplify rooftop installation while maintaining reliable PV module support.
Protecting the existing roof is one of the main concerns when installing a photovoltaic system on a flat building surface. For projects where drilling through the roof membrane is undesirable, Kseng offers non-penetrating flat roof solar mounting systems that use ballast weight to secure the PV array.
Instead of relying entirely on mechanical anchors that penetrate the roof, the ballasted structure can use concrete blocks or other engineered ballast arrangements to maintain system stability. This installation method helps reduce unnecessary roof penetrations and can lower the risk of damaging waterproofing layers during installation.
For commercial buildings, factories, warehouses and other properties where maintaining roof integrity is especially important, a ballasted flat roof solar racking system can provide a practical balance between structural security and roof protection.
Kseng's flat roof range includes both aluminum ballast mounting solutions and Zn-Al-Mg coated steel ballast systems, enabling project designers to select a structure according to roof conditions, project budget, corrosion requirements and engineering specifications.
Solar mounting equipment remains outdoors for decades, making material selection an important part of the total system design. Kseng's corrosion-resistant flat roof solar racking systems are available with materials such as AL6005-T5 aluminum alloy, stainless steel fasteners and Zn-Al-Mg coated steel, depending on the selected product.
Anodized aluminum provides a combination of relatively low structural weight, corrosion resistance and convenient handling during rooftop installation. Selected systems use SUS304 or SUS316 stainless steel components to provide reliable fastening performance under long-term outdoor exposure.
For projects where steel construction is preferred, Kseng also provides Zn-Al-Mg coated flat roof solar mounting systems. The protective metallic coating is designed to improve resistance to corrosion while offering a cost-conscious structural solution for larger rooftop PV installations.
These material options allow installers and engineering teams to choose a durable flat roof PV mounting system according to environmental conditions, structural requirements and project cost targets.
Unlike pitched roofs, a flat roof does not naturally provide the inclination needed to position photovoltaic modules toward the sun. A suitable mounting structure therefore plays an important role in establishing the desired module angle.
Kseng's adjustable flat roof solar racking systems include front and rear leg mounting structures and adjustable triangle brackets with multiple tilt configurations. Depending on the model, available adjustment ranges include 10°–15°, 15°–30°, 30°–60°, as well as fixed adjustment positions such as 15°, 20°, 25° and 30°.
This flexibility allows system designers to select a panel inclination according to project latitude, available rooftop space, solar exposure and array layout requirements. Adjustable structures can also make the same basic mounting concept suitable for a wider range of projects rather than requiring a completely different support structure for every installation condition.
For customers planning rooftop solar systems across different regions, a flexible flat roof solar mounting system can therefore simplify product selection while providing more freedom during PV array design.
Installation time directly affects rooftop labor requirements and overall project costs. Kseng's pre-assembled flat roof solar mounting systems are designed to reduce unnecessary component sorting and complicated onsite assembly.
Selected ballast and triangle mounting structures use factory pre-assembled components so installers can position, adjust and secure the system more efficiently once the materials arrive at the project site. Simplified components and standardized connections can also make the installation process easier to manage, particularly for projects involving a large number of PV modules.
For EPC companies and professional solar installers, this approach can provide several practical benefits: fewer complicated assembly procedures, easier material management, reduced rooftop handling and a more consistent installation workflow.
The result is an easy-installation flat roof solar racking system designed not only around structural performance, but also around the practical requirements of installers working on real solar projects.
PV projects can differ significantly in module dimensions, orientation, available roof area and array configuration. Kseng therefore provides flexible flat roof solar mounting systems capable of supporting different installation requirements.
Selected ballast systems are compatible with both framed and frameless photovoltaic modules and can accommodate portrait or landscape module orientation. Other adjustable brackets are designed for common residential and commercial solar panels, while compact triangle structures can also support smaller rooftop, terrace or distributed solar applications.
Depending on the selected model and project design, Kseng flat roof mounting solutions can support south-facing layouts as well as alternative array configurations such as East-West arrangements. This gives designers additional options when balancing solar exposure, row spacing, rooftop utilization and installation density.
The category therefore covers more than one type of rooftop project. Customers can select from ballasted structures for larger commercial arrays, adjustable aluminum supports for projects requiring flexible inclination, or compact triangle brackets for smaller installations.
| Category Feature | Available Options / Benefits |
|---|---|
| Mounting structure | Ballasted, non-penetrating, adjustable front/rear leg and triangle mounting solutions |
| Main materials | AL6005-T5 aluminum, stainless steel fasteners and Zn-Al-Mg coated steel, depending on model |
| Roof application | Flat roofs, concrete roofs, terraces and other suitable level installation surfaces |
| Installation method | Ballasted or mechanically fixed solutions depending on project requirements |
| Module compatibility | Selected systems support framed and frameless PV modules |
| Module orientation | Portrait or landscape on selected ballast systems |
| Tilt adjustment | Multiple model-specific ranges including 10°–15°, 15°–30°, 30°–60° and adjustable positions from 15° to 30° |
| Surface protection | Anodized aluminum or corrosion-resistant Zn-Al-Mg coating depending on structure |
| Wind resistance | Selected systems are specified for wind speeds up to 60 m/s |
| Snow load | Selected aluminum ballast systems are specified up to 1.4 kN/m² |
| Standards & certification | Model-dependent references include AS/NZS 1170, CE, ISO9001, UL and TUV |
| Warranty | Selected products provide a 10-year warranty |
| Design service life | Selected solutions specify approximately 20–25+ years |
Actual structural parameters, ballast requirements, tilt angles and load capacities should be confirmed according to the selected product, local building regulations and project-specific engineering calculations.
Different customers have different priorities. A commercial rooftop project may focus on rapid deployment, efficient use of roof space and minimizing disturbance to an existing waterproof membrane. A residential installation may place greater emphasis on lightweight components, adjustable tilt and easy assembly. Large distributed PV projects may prioritize material cost, standardized components and repeatable installation.
Kseng's versatile flat roof solar racking systems address these different requirements through a broad product selection rather than a single universal mounting structure.
Customers can choose:
Non-penetrating ballast structures when minimizing roof drilling is a priority.
Lightweight aluminum mounting solutions when corrosion resistance and easy handling are important.
Zn-Al-Mg coated steel ballast structures for cost-conscious commercial projects.
Adjustable front and rear leg systems when a wider tilt range is required.
Adjustable triangle mounting systems for compact and flexible PV installations.
This product diversity allows EPC contractors, distributors and solar project developers to select a flat roof mounting solution that better matches the actual building and PV system instead of adapting the entire project around a fixed racking configuration.
A well-designed rooftop solar project depends on mounting equipment that can protect the building, securely support the PV modules and simplify installation throughout the project lifecycle.
Kseng's reliable flat roof solar racking systems combine multiple material choices, non-penetrating ballast options, adjustable inclination, pre-assembled components and flexible module compatibility to serve different rooftop photovoltaic applications. From commercial concrete roofs to smaller distributed solar installations, the product range gives customers multiple ways to match racking design with roof conditions, module specifications and project requirements.
Explore Kseng's flat roof solar mounting systems to compare ballast structures, adjustable brackets and triangle mounting solutions, or contact the Kseng team for a mounting configuration tailored to your PV module dimensions, roof conditions, layout requirements and local wind and snow loads.
