Service
Building-Integrated Photovoltaics (BIPV)
Where energy meets architecture. BIPV replaces traditional building materials like windows, façades, and roof tiles with solar-active elements, allowing your building to generate power through its very “skin” without compromising design.
How We Do It
Architectural Consultation
We work alongside your architects and designers from the earliest stages to integrate solar elements into the building’s “skin” or structure.
Feasibility & Custom Engineering
We work alongside your architects and designers from the earliest stages to integrate solar elements into the building’s “skin” or structure.
Regulatory Compliance
BIPV often involves specialized building codes. We handle the complex permitting and safety certifications required for integrated structural solar.
Precision Integration
Our team coordinates with the construction crew to install the BIPV elements during the build or renovation phase, ensuring a seamless, weather-tight finish.
Smart Commissioning
We integrate the system into the Building Management System (BMS) for centralized control and performance tracking.
Lifetime Monitoring
We provide long-term technical support to ensure the architectural and electrical components remain in peak condition.
Why you should consider this?
Dual-Purpose Efficiency
BIPV serves as both an outer building layer (weather protection, insulation, noise reduction) and an energy generator.
Superior Aesthetics
Eliminate the “clunky” look of blue panels. Our solutions use colored glass, textures, and sleek designs that blend into the building’s design.
Reduced Material Costs
By replacing traditional materials (like glass curtain walls or roofing tiles) with BIPV, you offset part of the solar investment cost.
Enhanced ROI & Green Rating
BIPV is a major contributor to LEED and GBCI certifications, significantly increasing the property’s market value and rental yield.
Frequently Asked Questions
What is the main difference between BIPV and BAPV?
BAPV (Building Applied) is solar added on top of an existing structure. BIPV (Building Integrated) replaces the building materials themselves, such as a solar roof or a glass façade.
Is BIPV as efficient as traditional solar panels?
While traditional panels are optimized for one thing (power), BIPV is optimized for both power and building function. Modern BIPV is highly efficient, often reaching 80-90% of the output of standard panels.
Can BIPV be installed on existing buildings?
Yes, BIPV is ideal for major renovations or retrofits where the roof or façade is already scheduled for replacement.
How durable are BIPV materials?
They are incredibly durable. BIPV glass and tiles are engineered to the same (or higher) structural standards as traditional building materials, offering excellent resistance to hail, wind, and fire.
Is BIPV much more expensive?
The initial cost is higher than standard solar, but since it replaces the cost of traditional building materials (like premium glass or roofing), the net cost is often very competitive over the long term.
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Reach Us
Location:
Lot 301, Plaza Seremban Utara
Jalan Tun Dr. Ismail, 70200 Seremban,
Negeri Sembilan