Wooden Solar Carport
Wooden Solar carports engineered for performance, compliance, and long-term value
Innoventum solar carports transform parking areas into durable energy assets with wooden solar carports engineered in glulam timber that combines structural performance with Scandinavian design for both private and commercial applications. Each system is developed with a focus on sustainability, reliability, aesthetics, and regulatory compliance.
Designed for Performance, Not Just Coverage
Engineered glue-laminated structure
Innoventum solar carports are built using engineered glulam timber, offering high structural strength with predictable load-bearing behavior. This enables precise engineering in accordance with applicable Eurocodes for wind and snow loads, while delivering a warm, premium aesthetic aligned with Scandinavian design principles
In fire scenarios, glulam exhibits predictable charring behavior that allows load-bearing capacity to be calculated and maintained for defined periods, unlike the rapid strength loss of unprotected steel.
Grounds screw foundations
Ground screw foundations enable fast, precise installation with minimal site disruption and no concrete curing time. This approach reduces construction impact, supports reversible installations, and allows structural assembly to begin immediately, making it ideal for both active commercial sites and residential properties.
Integrated solar panels
High-quality PV modules are integrated into a waterproof roof design that delivers reliable energy production while protecting vehicles from rain, snow, and sun. System layouts are optimized for site orientation, shading, and energy objectives, whether for self-consumption, EV charging, or export.
Built to support energy and ESG goals
Innoventum solar carports help organizations and homeowners:
- Reduce Scope 2 emissions through on-site generation
- Improve ESG and CSRD reporting with visible infrastructure
- Prepare parking areas for EV charging integration
- Maximize use of existing land without additional footprint
- Enhance property value with premium, durable design
More Energy With Bifacial Solar Panels
Our Solar Carports can be equipped with bifacial solar panels that generate electricity from both the front and rear sides of the module. Unlike conventional panels, bifacial technology captures not only direct sunlight but also reflected light from surfaces beneath the carport. Thanks to the open carport design, reflected light can reach the rear side of the panels, allowing for additional energy production without increasing the installation’s footprint.
Open Design Optimized for the Albedo Effect
The open structure of the Innoventum solar carport allows light to circulate freely beneath the panels, maximizing exposure to reflected radiation. When combined with light-colored or reflective ground surfaces, this creates a measurable albedo effect that increases the total energy yield. The use of a hyper-reflective surface beneath the carport can significantly enhance this effect, making bifacial panels particularly effective in carport applications compared to rooftop installations.
Typical Additional Energy Yield From Albedo
The additional production from bifacial panels depends on the reflectivity of the surface beneath the carport. Typical ranges observed in carport environments include:
- Dark asphalt or aged concrete: Up to 8%
- Light concrete or paving stones: Up to 15%
- Gravel or light stone surfaces: Up to 18%
- Highly reflective or purpose-designed reflective surfaces: up to 30%
Engineered for Compliance and Longevity
Every Innoventum solar carport is developed using site-specific structural calculations aligned with applicable Eurocodes and local regulations. Documentation packages are prepared to support permitting, procurement, insurance, and long-term asset management.
Typical specifications include:
- Eurocode-aligned structural engineering
- Wind and snow load calculations based on site location
- Waterproof roof design with controlled drainage
- Long-term warranties on PV components
- Optional monitoring, maintenance, and service plans
Turnkey Delivery From Design to Commissioning
Innoventum provides a fully turnkey process that simplifies complexity and reduces risk:
- Site assessment and feasibility
- Structural and electrical design
- Permitting and documentation support
- Installation and system integration
- Commissioning and handover
- This structured approach ensures predictable timelines, transparent communication, and consistent quality across all projects.
Design for fast, low-impact installation
Innoventum solar carports are built to reduce installation time, minimize site disruption, and limit operational downtime. The use of prefabricated glulam structures and ground screw foundations eliminates the need for concrete curing and extensive digging, allowing for efficient and predictable installation.
Structural components are manufactured off-site to ensure quality and enable quick on-site assembly. This method allows installations to be performed while parking areas are still partly closed, making Innoventum solar carports ideal for busy commercial locations and residential properties.
The result is a streamlined installation process with shorter timelines, less site impact, and clear scheduling, which helps speed up commissioning and start of energy production.
Solar Carports for your business
Designed for commercial, industrial, and public-sector sites where scalability, compliance, and operational continuity are critical.
Typical applications include:
- Retail and shopping centers
- Logistics and warehouses
- Corporate campuses
- Municipal parking areas
- Fleet and mobility hubs
Solar Carports for your home
Designed for homeowners who value clean energy, architectural quality, and long-term reliability.
Typical applications:
- Single or multi-vehicle carports
- EV-ready home charging
- Self-consumption optimization
- Premium residential environments
- Expand existing solar array