Solar Carpark Design & Integrated Energy Infrastructure
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Our Purpose
Transforming Carparks into Smart Energy Assets
“Where parking spaces become power stations — engineered for safety, efficiency, and sustainability”
Ecologiq specialises in the design and engineering of solar-integrated carparks — combining clean energy generation, EV charging, and architectural design into one multifunctional asset. Our expertise covers every stage, from feasibility and grid integration to detailed structural design, lighting, and electrical distribution.
Our Expertise
01/Concept & Feasibility Engineering
Site Feasibility & Energy Modelling: Assessment of available parking zones, shading impact, and generation potential using Helioscope, Aurora Solar, and PVSyst.
Architectural Integration: Coordination with urban planners and architects to create visually appealing and structurally balanced canopies.
Financial & Performance Analysis: ROI projections, lifecycle costing, and tariff optimisation for carpark owners and councils.
Grid & Network Planning: Assessment of load profiles, connection points, and transformer sizing in compliance with DNSP requirements.
02/ Structural & Civil Design Unlike traditional racking projects, solar carparks require advanced mechanical and architectural detailing for long-term durability and user safety.
Custom Steel & Aluminium Canopies: Design of fixed-tilt or variable-geometry canopies per AS/NZS 1170.2, AS/NZS 4100, and AS/NZS 3600.
Drainage & Stormwater Management: Integration of sustainable drainage systems (WSUD principles) for safe operation and water reuse.
Foundations & Structural Loads: Design of reinforced concrete bases, piers, and anchor systems for wind uplift, seismic, and snow load conditions.
Fire Safety & Lighting Integration: Incorporation of emergency lighting, fire-rated cabling, and safe vehicle movement geometry.
03/ Electrical & Renewable Integration We design solar carparks as distributed generation hubs — integrating PV, battery storage, and EV charging infrastructure into a single intelligent platform.
Solar System Integration: Design of PV arrays, cabling, inverter placements, and isolator systems optimised for energy yield and safety.
EV Charging Systems: Incorporation of AC/DC fast chargers with load management and back-office integration via OCPP-compliant platforms.
Hybrid Energy Systems: Battery energy storage integration for load-shifting and backup functionality during grid outages.
Grid Connection & Compliance: Design and documentation for DNSP connection approvals per AS/NZS 4777, AS/NZS 3000, and IEEE 1547 standards.
04/ Smart Infrastructure & Digital Engineering Our solar carpark designs leverage advanced digital tools for efficiency, precision, and coordination.
3D BIM & CAD Integration: Structural and electrical coordination using Revit for clash-free design and fabrication drawings.
CFD & Thermal Simulation: Assessing canopy ventilation, heat dissipation, and shading comfort for parked vehicles.
IoT & Energy Management Systems: Integration with real-time monitoring dashboards, metering, and building management systems (BMS).
Digital Twin Verification: Performance modelling and virtual commissioning of solar, EV, and lighting systems prior to site mobilisation.
05/Sustainability & User Experience
Green Building Certification: Design compliance with Green Star and LEED sustainability frameworks.
Smart Parking Integration: Option for EV-ready bays, occupancy sensors, and digital wayfinding systems.
Community Engagement Design: Enhancing user comfort and aesthetic appeal with modular roofing, greenery, and lighting ambience.
Our Purpose.
Why Partner with Us
Ecologiq combines renewable energy expertise, structural engineering precision, and advanced digital design tools to create high-performance solar carparks that are functional, future-ready, and visually striking. We deliver complete solutions that turn underutilised spaces into revenue-generating, sustainable infrastructure assets.
Contact
Energy & Renewable Division to explore how a solar-integrated carpark can enhance your facility’s sustainability, energy independence, and community value.
