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 parallelKSENG provides advanced BIPV solar mounting systems designed to integrate photovoltaic power generation directly into the building envelope. Unlike conventional rooftop solar structures that install PV modules above an existing roof, a building-integrated photovoltaic system combines solar modules, supporting structures, waterproofing, drainage, and architectural appearance into one coordinated solution.
Designed primarily for commercial and industrial solar applications, KSENG’s integrated BIPV PV mounting systems help transform previously passive roof areas into functional power-generating surfaces. The system uses an all-aluminum modular structure together with dedicated waterproof guide rails, sealing components, and drainage channels, allowing the solar installation to perform both as a photovoltaic support structure and as part of the building’s weather-protection system.
For factories, warehouses, commercial buildings, and other facilities undergoing green transformation, this integrated approach can help improve rooftop space utilization while creating a cleaner and more unified architectural appearance.
Material selection directly affects the durability, installation efficiency, and long-term performance of a solar roof. KSENG’s all-aluminum BIPV mounting systems use an aluminum structural framework engineered for commercial and industrial rooftop applications.
Compared with heavier structural materials, aluminum helps reduce unnecessary dead load on the building while remaining convenient for transportation, lifting, positioning, and rooftop assembly. Its natural corrosion resistance also makes it suitable for long-term outdoor exposure.
The precision-extruded aluminum profiles create a clean structural finish that works especially well in projects where the photovoltaic array becomes a visible part of the building rather than an additional structure placed above it.
For customers, this means the mounting system is designed not only around mechanical strength, but also around weight control, corrosion resistance, installation convenience, and architectural integration.
Water management is one of the most important considerations when solar modules form part of the roof itself. KSENG’s waterproof BIPV solar roof systems therefore incorporate multiple drainage and sealing features instead of relying on a single barrier.
The system uses upgraded waterproof guide rails together with dedicated EPDM sealing accessories. External and internal water-guiding structures help direct rainwater away from critical connections and toward controlled drainage paths.
A patented fishbone-shaped EPDM rubber component is used around relevant joints to improve sealing performance. At the roof edges, specially designed folding plates help prevent leaves, debris, and other materials from entering and blocking the drainage channel.
This multi-layer water-management concept helps create a more dependable building-integrated roof structure, particularly for commercial facilities where protecting equipment, inventory, production lines, or working areas beneath the roof is essential.
A conventional PV installation normally separates the building roof from the photovoltaic mounting structure. With an integrated BIPV solar mounting system, these functions are coordinated much more closely.
| System Element | Main Function | Customer Benefit |
|---|---|---|
| All-aluminum structural profiles | Support PV modules and form the main mounting framework | Lightweight, corrosion-resistant structural solution |
| Waterproof guide rails | Collect and guide rainwater | Improved protection against water penetration |
| Fishbone-shaped EPDM sealing parts | Seal critical gaps between components | Enhanced waterproofing around connection areas |
| Internal and external drainage paths | Direct water away from the roof surface | More controlled roof drainage |
| Anti-blockage edge plates | Help keep debris away from drainage channels | Reduced risk of drainage obstruction |
| Modular structural components | Simplify positioning and assembly | Faster and more standardized installation |
| Plug-in connections | Connect system components efficiently | Fewer complicated on-site operations |
| Integrated PV roof layout | Combines solar generation and roofing functions | Better utilization of building roof space |
The result is a functional BIPV roof in which structural support, photovoltaic modules, sealing, drainage, and appearance work together as part of the overall building design.
Project schedule and labor efficiency are major considerations for large commercial and industrial solar projects. KSENG’s modular BIPV PV mounting systems are designed to simplify installation through standardized structural components and more efficient connection methods.
The system adopts a fast installation-by-placement concept. Components can be positioned into the mounting structure and connected through plug-in methods, while the rail design reduces the need for conventional splice operations.
This can simplify construction compared with mounting systems that require repeated rail splicing, complex on-site fabrication, or numerous individual connection procedures.
The modular design also makes it easier to organize components before installation, helping contractors establish a more repeatable workflow across larger roof areas. For EPC companies and professional installers, reducing unnecessary rooftop operations can contribute to lower labor requirements and more predictable project schedules.
Solar power is increasingly becoming part of building design rather than simply an additional piece of rooftop equipment. KSENG’s aesthetically integrated BIPV solar roof systems are designed to create a streamlined photovoltaic surface that coordinates more naturally with modern commercial and industrial architecture.
Instead of installing highly visible racks above a finished roof, the BIPV structure allows photovoltaic modules and supporting profiles to become part of the roof surface itself. This produces a lower-profile appearance and helps maintain clean architectural lines.
The integrated format is particularly valuable for new commercial developments, industrial facilities, green buildings, warehouses, and renovation projects where the appearance of conventional elevated PV racks may not match the intended architectural design.
For architects, project developers, and building owners, a coordinated BIPV system therefore provides an opportunity to combine renewable-energy generation with architectural functionality.
One of the main advantages of high-performance BIPV solar mounting systems is their ability to perform more than one function within the same building area.
A conventional roof primarily protects the building from weather, while a conventional photovoltaic mounting system supports solar modules. A BIPV roof brings these requirements together by using the photovoltaic installation as an active component of the building envelope.
This allows the available roof area to contribute simultaneously to weather protection, drainage management, photovoltaic module support, architectural appearance, and electricity generation.
For commercial and industrial property owners, this approach can make more productive use of large roof areas that would otherwise serve only as passive building surfaces.
KSENG’s commercial BIPV mounting systems are especially suited to C&I projects where large roof areas offer significant potential for on-site solar generation.
Factories can use photovoltaic roof areas to support production-related electricity demand. Warehouses and logistics buildings can transform broad roof surfaces into renewable-energy assets. Commercial facilities can combine solar generation with a modern exterior design, while newly constructed green buildings can incorporate PV functionality earlier in the architectural planning process.
Because the mounting system is designed as part of the roof rather than simply as an attachment above it, BIPV can be particularly attractive for projects where building-envelope performance and renewable-energy generation need to be considered together.
Successful BIPV engineering depends heavily on what happens when rain reaches the gaps and joints between photovoltaic modules.
KSENG’s intelligent waterproof BIPV solar mounting systems use both external and internal water-guiding mechanisms. Rather than allowing uncontrolled water accumulation around mounting points, the structural profiles provide dedicated paths that help guide water toward drainage areas.
The additional anti-blockage design at the edge of the structure helps reduce the possibility that leaves or debris will enter the drainage system. Combined with EPDM sealing components, this creates a layered strategy for managing water around the solar roof.
For facility owners, effective drainage is especially important because reliable roof performance can help reduce the risk of water-related interruptions, damage to indoor assets, and additional maintenance requirements.
Traditional solar projects can involve a completed roof, separate waterproof layers, mounting rails, roof attachments, clamps, and additional interfaces between multiple systems.
KSENG’s optimized BIPV PV mounting systems consolidate more of these functions into one coordinated structural concept. The mounting framework supports the modules while dedicated profiles and sealing elements provide water-management functions.
This integration can reduce the visual and structural complexity associated with conventional add-on photovoltaic systems. It can also help architects, contractors, and solar developers coordinate the roof and PV system earlier during project planning.
For new-build projects in particular, considering the photovoltaic roof during the design stage can create a more unified relationship between the building structure and the solar array.
When selecting a BIPV system, customers typically need to consider much more than the mounting frame itself. Waterproofing, structural weight, installation speed, appearance, drainage reliability, component compatibility, and long-term maintenance can all affect the overall value of a project.
KSENG’s professional BIPV solar mounting systems address these requirements through one integrated design approach: an aluminum structural framework reduces weight and offers corrosion resistance; modular and plug-in components help simplify installation; dedicated EPDM seals improve joint protection; upgraded guide rails manage rainwater; and anti-blockage structures help maintain drainage paths.
Rather than treating these functions as separate accessories added after installation, they are incorporated into the overall BIPV mounting concept.
This allows project developers to evaluate the solar roof as a complete building solution instead of focusing only on the price of individual mounting components.
The main difference between an integrated BIPV solar roof system and a conventional rooftop PV structure is the relationship between the solar array and the building.
Conventional rooftop systems generally retain the existing roof and install photovoltaic modules above it using separate mounting brackets or rails. BIPV solutions integrate the photovoltaic surface more directly with the building envelope and can therefore take on functions normally handled by conventional roofing materials.
For projects where an existing roof is already complete and only solar generation needs to be added, a conventional mounting solution may be appropriate. For new construction, roof replacement, commercial renovation, or projects seeking closer architectural integration, BIPV can provide a more integrated option.
The most suitable solution depends on building design, roof structure, module selection, drainage requirements, local environmental conditions, and project objectives.
As commercial and industrial buildings move toward higher levels of energy efficiency and on-site renewable generation, architectural solar solutions are becoming increasingly important.
KSENG’s scalable BIPV solar mounting systems provide a structural platform that combines photovoltaic generation with practical roof functionality. Modular aluminum components make the system adaptable to project layouts, while integrated waterproofing and drainage features address one of the most important technical challenges of solar roofing.
For developers looking beyond conventional rooftop racks, this creates a pathway toward buildings in which the roof itself becomes part of the energy infrastructure.
A successful BIPV project begins with more than choosing solar modules. Roof dimensions, structural conditions, drainage direction, module layout, installation method, architectural requirements, environmental loads, and project-specific engineering requirements all need to be considered together.
KSENG’s customized BIPV solar mounting systems are designed around this integrated approach, providing an all-aluminum, modular framework with dedicated waterproofing and drainage features for commercial and industrial photovoltaic buildings.
Whether the goal is to develop a new solar-powered facility, replace a conventional roof with an energy-generating surface, or create a more architecturally integrated photovoltaic building, the right BIPV mounting solution can help maximize the functional value of the available roof area.
Explore KSENG BIPV solar mounting systems to discover how integrated structural design, efficient installation, reliable water management, and clean architectural aesthetics can work together in your next commercial or industrial solar project.
