BIPV Modules for Facade, Roof and Envelope Projects
BIPVSYSTEM supplies project-oriented BIPV modules for facade, curtain wall, roof, and specialty envelope applications. This page is designed for architects, developers, facade teams, and EPC buyers who need to evaluate module performance, customization options, and application fit before moving into project quotation.
Unlike standard solar panels that are installed after the building envelope is complete, BIPV modules are reviewed as building products. That means dimensions, appearance, thermal performance, structural compatibility, and long-term envelope value matter as much as electrical output.
- Suitable for facade, roof, curtain wall support, and specialty envelope use
- Available in standard, colored, stone-look, transparent, and semi-transparent routes
- Project-oriented support for customization, sample review, and quotation
180–390 Wp
Power Range
30 years
linear warranty
1.1
U-value
0.23
SHGC
Why Choose BIPV Modules for Building Projects
BIPV modules are selected when the photovoltaic product needs to function as part of the building envelope rather than as a standard after-install solar device. In these projects, the module is expected to contribute not only to power generation, but also to facade rhythm, roof integration, material expression, and long-term envelope value. This is why BIPV modules are usually reviewed differently from conventional solar panels. Project teams often evaluate dimensions, appearance, weight, thermal performance, and installation compatibility at the same time as electrical output.
💡 Why Project Teams Consider This Route
This is why BIPV modules are typically evaluated differently from standard solar panels. Project teams usually review not only power range, but also dimensions, weight, glass build-up, transparency, color route, structural compatibility, and project-specific appearance.
Envelope-Oriented Product Route
BIPV modules are treated as building products, so they are reviewed together with facade, roof, or glazing logic rather than as isolated electrical equipment.
Customization Matters Early
In real projects, dimensions, transparency, color, and surface effect often influence product selection before the electrical discussion is finalized.
Useful for Project Teams
Architects, developers, and EPC contractors usually need specification-ready information, sample support, and technical coordination before moving into quotation.
BIPV Module Family and Product Routes
BIPV modules should not be treated as one generic product type. Different building projects require different module routes depending on visual intent, envelope position, transparency needs, and structural logic. For this reason, the module family should be understood as a group of product solutions rather than a single catalog item. Some projects need standard opaque facade modules, while others require colored surfaces, decorative material effects, or transparent and semi-transparent routes for glazing-related applications.
Standard BIPV Modules
These modules are suitable for mainstream facade, curtain wall support, and roof-integrated applications where the priority is a reliable building-integrated product route with balanced output and envelope performance.
Colored BIPV Modules
Colored BIPV modules are useful for commercial exteriors, branded developments, and design-led projects that need stronger facade identity than standard black photovoltaic products can provide.
Stone-Look and Decorative BIPV Panels
These routes are suitable when the project requires a photovoltaic surface that feels closer to facade material or architectural cladding, especially in projects where standard solar appearance would be visually too aggressive.
Transparent and Semi-Transparent BIPV Modules
These modules are relevant when daylight, visual openness, privacy, and energy generation need to be balanced together. They are especially useful for glazing-led, semi-open, or specialty envelope applications.
Key Technical Parameters
The following values can be used as a reference for early product review. Final module selection should still be checked against application type, facade or roof geometry, project location, and target market requirements.
For project teams, these parameters are most useful when they are read together with envelope use. Size affects facade rhythm and roof pattern. Weight affects structural compatibility and handling. U-value and SHGC matter when the module forms part of the thermal envelope. Static load and glass build-up matter when the module is reviewed as a building component rather than just an energy product.
| Customization Variable | What Can Be Reviewed |
|---|---|
| Color Route | Standard, colored, decorative, and stone-look exterior directions |
| Transparency | Opaque, semi-transparent, and transparent routes depending on use case |
| Glass Structure | Different build-up paths according to facade, glazing, and thermal needs |
| Module Size | Adjusted according to facade grid, roof rhythm, and transport conditions |
| Application Fit | Facade, curtain wall support, roof integration, or specialty envelope applications |
| Parameter | Standard Range |
|---|---|
| Reference size | 1805 × 1150 × 14.4 mm |
| Component weight | 67.5 kg (±0.5) |
| Junction box | IP67 / 68 |
| Output cable | 4 mm², 1100 mm |
| Linear power warranty | 30 years |
| Cell type | Monocrystalline N-type |
| Front glass | Ultra-clear tempered glass |
| Back glass | Tempered glass |
| Static load | 5400 / 2400 Pa |
| Encapsulation | PVB |
| Material and workmanship warranty | 10 years |
| Frame | Frameless |
| U-value | 1.1 W/(m²·K) |
| SHGC | 0.23 |
Customization Range for Project Fit
Customization is one of the main reasons project teams choose BIPV modules. In many building-integrated projects, a standard panel format cannot fully satisfy the architectural, structural, or envelope requirements of the design. Size may need to align with facade grid and bay spacing. Color and surface effect may need to match a brand or material language. Transparency may need to balance daylight, privacy, and power generation. This means customization is not only a visual preference. It is often part of the project’s technical and commercial fit.
Size and Facade Rhythm
Module size should be reviewed according to facade grid, bay spacing, roof layout, transport conditions, and installation logic. In many projects, dimensional coordination is one of the most important factors affecting both visual consistency and execution efficiency.
Color and Material Expression
Colored and decorative module routes are useful when the project requires stronger visual identity. This is especially relevant for commercial facades, retail exteriors, mixed-use developments, and projects where standard black solar products would not match the intended architectural language.
Transparency and Daylight Balance
Transparent and semi-transparent BIPV module routes should be reviewed according to daylight goals, privacy needs, and visual openness. As transparency increases, power density usually decreases. The right route depends on whether the project values daylight, appearance, privacy, or generation more strongly.
Typical Applications for BIPV Modules
BIPV modules can support more than one type of building surface. Their value depends on where they are used and what the project expects from the envelope. In facade and cladding applications, modules often contribute to visual identity and sustainability messaging. In curtain wall support routes, they are evaluated together with glazing logic and facade coordination. In roof-integrated surfaces, the focus shifts toward waterproofing, roof compatibility, and lifecycle value. In specialty envelope uses such as barriers, fences, or semi-open structures, modules can help transform otherwise passive surfaces into useful energy-generating elements.
Facade and Cladding
This is one of the strongest application directions for BIPV modules. Modules can support commercial, public, and mixed-use buildings where the facade is expected to combine architectural expression with visible sustainability value.
Curtain Wall Support
In some projects, BIPV modules are used as part of a wider curtain wall strategy. In this situation, the module must be reviewed together with glazing logic, facade rhythm, and envelope integration rather than as a separate solar element.
Roof-Integrated Surfaces
BIPV modules can also support roof-led projects when the building requires a product that works as part of the roof system rather than as a standard rooftop rack installation.
Specialty Envelope Uses
Specialty uses can include fence, barrier, railing, greenhouse, and semi-open building applications where standard photovoltaic products are less suitable both visually and structurally.
Project Proof for the BIPV Module Family
Projects are important because they show how different BIPV module routes work under real building conditions. They help buyers move beyond product description and understand how modules perform when applied to public facades, branded commercial exteriors, or roof-led institutional projects. In this sense, project references do more than illustrate completed work. They prove where the module family fits, what kinds of design goals it can support, and how different product routes translate into real architectural outcomes.
Government Office Building
Light transmittance
78%
Power (Wp/m²)
125W
Cost recovery period
≈ 12 years
This project proves that semi-transparent module routes can work as integrated facade products in public and commercial buildings where appearance and daylight still matter.
Colored Shopping Mall Facade
Light transmittance
74%
Power (Wp/m²)
135W
Cost recovery period
≈ 11 years
This project shows how color-customized BIPV modules can support facade branding and architectural expression while still maintaining photovoltaic function.
Institutional Roof Project
Light transmittance
90%
Power (Wp/m²)
157W
Cost recovery period
≈ 12 years
This project confirms that integrated BIPV module routes can also support institutional and roof-led applications where roof compatibility and long-term building value are more important than standard panel installation speed alone.
How to Specify BIPV Modules
Specifying BIPV modules is not only a product selection task. It is a coordination process that connects building application, appearance goals, installation conditions, and envelope performance requirements. In practice, the project team usually starts by defining where the modules will be used, what visual route is required, and what structural or environmental conditions need to be considered. Only after those factors are clarified does detailed sample review and quotation become truly useful.
1. Confirm the Application Position
Start by defining whether the modules are intended for facade, curtain wall support, roof integration, or a specialty envelope application.
2. Choose the Appearance Route
Review whether the project requires a standard, colored, stone-look, transparent, or semi-transparent module route.
3. Check Dimensions and Support Logic
Confirm module size, facade rhythm, roof pattern, support layout, and installation interface requirements.
4. Review Envelope and Performance Factors
Check weight, load, thermal values, transparency, and project-specific approval priorities before final product selection.
5. Request Samples and Quotation
Once the route is clear, the project can move into sample review, technical discussion, and quotation support.
Frequently Asked Questions About BIPV Modules
The following questions reflect the issues most often raised before project quotation and technical review begin. In many cases, buyers are not only asking about module output. They also want to know how BIPV modules differ from standard solar products, how far customization can go, which applications fit best, and what information is needed for a meaningful project discussion.
What is the difference between BIPV modules and standard solar panels?
Can BIPV modules be customized by size and color?
Are transparent or semi-transparent module routes available?
Which applications are best for BIPV modules?
What project files are most useful for an early quotation?
Do you provide drawings or sample support?
Get Module Selection Support
Share your application type, target appearance, approximate dimensions, and project drawings if available. We will help you identify the right BIPV module route, review customization direction, and move toward a more useful quotation discussion.