Façade-Integrated Solar for Architectural Projects
Exclusive UK supply of bespoke, European-manufactured BIPV modules enabling buildings to generate energy without compromising architectural design.
BIPV Applications
(01)
Civic & Public
Bespoke photovoltaic façade modules for schools, libraries, civic buildings and cultural institutions across the UK — integrating renewable energy within architecturally significant projects.
Typical façade integration area: 300–700 m²
(02)
Mixed-Use Urban
Façade-integrated photovoltaic systems for mixed-use developments and high-density urban buildings, supporting on-site energy generation while maintaining architectural coherence.
Typical façade integration area: 500–1,200 m²
(03)
Residential Bespoke
Optimised for feature façade elements, enabling architects to incorporate energy generation into private residences and architecturally designed homes.
Typical façade integration area: 80–300 m²
PiK Integrated Solar is the exclusive UK supplier for PiKCELL Group, an established European photovoltaic module manufacturer.
We provide architects and developers with bespoke BIPV modules engineered for seamless integration within ventilated façades, curtain wall assemblies and specialised architectural systems.
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These modules function as photovoltaic components of the building envelope, enabling façades to generate energy while maintaining architectural design integrity.
BIPV Project Integration Process
(01) Initial Project Discussion
Discuss potential integation of BIPV within the architectural concept.
(02) Identification of Suitable Façade Zones
Identify façade zones suitable for photovoltaic integration.
(03) Indicative Budget Guidance
Provide early-stage cost estimates to support feasibility and transparency.
(04) Specification Integration
Our BIPV modules can be configured in multiple formats, colours and façade integration layouts to align with the architectural design intent.
(05) Supply Agreement & Production Scheduling
Formal quotation, production scheduling and supply agreement to align with project design freeze and construction programme timelines.
Production & logistics
Project Design Freeze
Final technical specifications, module quantities, and bespoke color palettes are established at the design freeze stage.
Precision Manufacturing
Modules are produced to project specification following design freeze confirmation, with a typical production lead time of 10–12 weeks.
Strategic Logistics
Direct-to-site distribution from the manufacturing facility ensures streamlined project timelines and site coordination.
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Technical documentation, including module formats, cell technology, structural load ratings, certifications and warranties, is available upon request.
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