Solar Canopies & Carports

Solar canopies and carports represent a dual-purpose approach to commercial renewable energy generation, combining weather protection for vehicles and personnel with clean electricity production. These structures maximise land use efficiency whilst providing valuable covered parking and operational space.

Drawing from experience across 30+ commercial installations with system sizes typically ranging from 50-250 kW per site, our solar canopy solutions integrate photovoltaic technology with practical infrastructure requirements.

Solar canopies utilise engineered steel or aluminium frameworks designed to support both the structural loads and the photovoltaic array. The framework accommodates:

• Wind and snow loading calculations specific to the installation location
• Vehicle clearance heights appropriate for the intended use
• Column spacing optimised for parking bay layouts
• Foundation design suited to ground conditions and drainage requirements

The PV system forms an integral part of the canopy structure rather than a retrofit addition. This approach ensures:

• Optimal solar panel orientation and tilt angles for energy generation
• Streamlined cable management within the structural framework
• Weather-sealed electrical connections and junction boxes
• Access provisions for maintenance and cleaning operations

Commercial solar canopies require robust electrical infrastructure to handle the generated power effectively:

• String inverter configurations matched to the array layout
• Export control systems to manage grid connection requirements
• LV electrical upgrades where existing infrastructure requires enhancement
• Switchgear and protection systems compliant with current standards

Smart metering systems provide detailed monitoring and control capabilities:

• Real-time energy generation and consumption monitoring
• Remote diagnostics for system performance optimisation
• Integration with building management systems where applicable
• Data logging for performance analysis and reporting

Optional EV charging points can be integrated into solar canopy installations, creating a comprehensive sustainable transport solution:

• AC and DC charging options to suit different vehicle requirements
• Load balancing systems to optimise power distribution
• User access control and payment processing capabilities
• Cable management integrated into the canopy structure

EV charging integration requires careful consideration of electrical capacity and grid connection requirements:

• Assessment of existing electrical infrastructure capacity
• DNO liaison for connection agreements and export limitations
• Power factor correction where required for charging loads
• Emergency isolation and safety systems

LED lighting systems can be incorporated into solar canopy designs to provide:

• Security lighting for covered areas during hours of darkness
• Task lighting for vehicle access and pedestrian safety
• Emergency lighting systems with battery backup
• Smart controls for automated operation and energy efficiency

Lighting systems can be integrated with the overall energy management approach:

• Solar-powered operation during suitable conditions
• Grid connection for continuous operation requirements
• Motion sensors and daylight controls for optimised energy use
• Integration with building automation systems where present

Solar canopy installations require coordination of multiple construction disciplines:

• Ground preparation and foundation installation
• Structural steelwork erection and alignment
• Electrical infrastructure installation and testing
• PV system installation and commissioning
• Integration testing of all connected systems

All installations are delivered in compliance with relevant standards and regulations:

• Building regulations compliance for structural and electrical elements
• MCS certification for renewable energy systems where applicable
• Electrical installation certification to BS 7671 requirements
• Health and safety compliance throughout the construction process

Remote monitoring systems provide ongoing oversight of system performance:

• Real-time generation monitoring and fault detection
• Automated alerts for system anomalies or underperformance
• Regular performance reporting and analysis
• Integration with warranty management processes

Scheduled maintenance programmes ensure optimal long-term performance:

• Visual inspections of structural and electrical components
• PV panel cleaning and electrical connection checks
• Inverter servicing and firmware updates where required
• EV charging point maintenance and testing where installed