Solar Car Port

Brief.

•Rapid Deployment with Minimal Disruption

•Maximum Preservation of Car Parking Capacity

•Optimised Power Generation from Solar Installation

•Enhanced Site Facilities

Minimal Disruption.

•No Civil Engineering Required

•Modular Installation to fit with Site Scheduling

•Minimal Working at Height and Heavy Machinery

•No Requirement for Scaffolding

•Installation can be achieved in Phases

Maximum Capacity.

•System can be Fitted to Existing Parking Bay Dimensions

•Heights can be Adjusted for Commercial or Domestic Vehicles

•Ballast Planters are Designed to Maximize Useable Parking Area

•Cantilevered Design for Ease of Parking

Optimum Power Generation.

•Pitched Roof to Maximise Energy Production

•Latest Generation Solar Panels with 25yr warranty

•Option for Optimum Battery/EV Charge Solution

•Cantilever Design Allows for Optimum Solar Panel Coverage

•Option for Runoff Collection/Direct Feed into Planters

Enhancing Site Facilities.

•Choice of 26 Standard Powder Coating Colourways

•Option to Install EV Chargers, Bike Shelters & Covered Walkways into the System

•Option for Enhanced Landscaping.

Optional EV Charging.

Hybrid EV Charger Battery and Inverter system-all-in-one

  • Inverter (Single Phase 3.6KW-8KW Load Variation)

  • AC Car Charger (App or P&P options available)

  • Battery (Solution Suited to Site Demands)

Weather.

  • All structures are tested against BS EN 1991-1-4 and will be individually assessed dependant on the site specifics.

  • If required; additional ballast can be added to the rear of the structure so as to avoid infringing on the useable space.

  • Installation of a non-ballasted option or hybrid solution will involve minimal excavation using an automated Bell Auger and concrete pour, suitable to the site conditions

All steel fabrication is compliant to: EN 10219:2006

Anti corrosion pre-finish treatment - corrosion resistant zinc coating to BSEN1461

Powder Coating Material compliant to BS3900

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