Integrated Solar Carport (PV + BESS + EV Charging)

One canopy. Three systems. Zero compromises.

A single, factory-engineered carport that generates solar power, stores it intelligently, and delivers utility-grade EV charging — all managed by a unified energy control layer. Designed for fleets, retail and corporate campuses, municipalities and multi-unit residential projects, our Integrated Solar Carport Ecosystem transforms underutilised parking into a resilient, revenue-generating energy asset.

The elevator pitch

Turn parking into power: a turnkey carport that combines high-efficiency PV, modular BESS, and smart EV chargers — engineered to work together from day one. Unlike bolt-on kits or ad-hoc integrations, our solution is purpose-designed so generation, storage and charging are optimized as a single system for maximum uptime, lowest lifecycle cost, and fastest ROI.

Why integrated matters — the synergy explained

• Direct solar-to-vehicle charging: PV output is prioritized for EV charging when available, reducing grid draw and energy bills. Excess production charges the onsite batteries, not the grid — increasing self-consumption and lowering operating cost.
• Peak-shaving & demand management: The BESS discharges during utility peaks or when multiple vehicles charge simultaneously, flattening demand peaks and avoiding costly grid upgrades or demand charges. This means more chargers per site without expensive service upgrades.
• Resilience & backup charging: Batteries provide secure off-grid charging during outages and reliability in remote locations — critical for fleets and emergency services.
• Smart load orchestration: The integrated energy management system (EMS) coordinates PV, BESS and chargers in real time — allocating power for highest value use (charging, storage, export or on-site loads) and supporting dynamic pricing, time-of-use arbitrage, and tariff optimization.

Key features that differentiate us

• Engineered-from-the-ground-up integration. Not a retrofit: structural, electrical and software stacks are designed together so cabling, metering, protections and commissioning are seamless and standardized. This reduces installation time and commissioning errors compared to assemblies from multiple vendors.
• Modular BESS — scale with demand. Stackable battery modules allow right-sized storage for peak shaving, resiliency or revenue services (e.g., ancillary markets) without redesigning the carport. Hot-swappable modules simplify maintenance.
• Fleet-grade chargers with intelligent scheduling. AC and DC charging options that integrate with the EMS for priority/roster-based charging, user authentication, and billing. Built-in OCPP support and API access for fleet telematics.
• Advanced controls & analytics. Cloud + edge EMS for real-time optimization, predictive maintenance alerts, KPI dashboards (kWh produced, kWh stored, kWh charged, CO₂ avoided, revenue), and reports tailored for CFOs and sustainability officers.
• Turnkey site services. Single-source supply including civil, structural anchors, electrical balance-of-system, grid interconnection, permitting support and post-warranty O&M programs — minimizing procurement complexity.

Performance & commercial benefits

• Lower total cost of ownership than stand-alone chargers + separate PV + separate batteries because integrated engineering minimizes redundant components (transformers, metering) and reduces installation labour and grid upgrade costs.
• Faster payback via combined value streams: fuel (charging) cost savings, demand charge reduction, potential energy resale, and sustainability incentives.
• Unlock new revenue from parking monetization, charging fees, fleet billing and grid services where permitted.
• Sustainability leadership: measurable Scope 2 reduction for sites and a visible sustainability amenity for customers, employees and tenants.

Technical credibility (what we mean by that)

• PV: High-efficiency, low-temperature-coefficient panels, framed for canopy use, integrated with rapid-shutdown and module-level monitoring.
• BESS: IEC/UL safety-certified battery architecture (Li-ion / LFP options), active thermal management, BMS with cell-level protections and grid-compliant inverters.
• Charging: AC and DC options, OCPP-compliant, with dynamic load balancing for simultaneous charging sessions.
• EMS & integration: Local edge controller for latency-sensitive controls, cloud analytics for fleet reporting and firmware management, APIs for integration with building energy management and fleet telematics.

How we beat the typical market approach

Many vendors sell carports, batteries, or chargers as separate products that are later “integrated” on site — a process that creates hidden costs, commissioning friction and suboptimal energy flows. Our advantage is co-engineered integration: mechanical, electrical and software architectures designed to operate as one system from day one, lowering project risk and producing superior lifetime performance. Market leaders like SolarEdge and specialist carport integrators highlight integration benefits; we take the next step by owning the stack and the commissioning path.

Use cases

• Corporate HQ & campus: Reduce demand charges, provide employee charging as a benefit, meet ESG goals.
• Retail & shopping centers: Attract customers with green charging and monetize parking.
• Logistics & fleet depots: Optimize depot charging schedules, guarantee vehicle readiness with backup power, and reduce infrastructure upgrade costs.
• Municipal & public parking: Provide resilient public charging, reduce municipal energy bills, and demonstrate sustainability commitments.

Deployment & support

We offer a full project lifecycle: site assessment, structural & electrical design, civil works, procurement, installation, commissioning, grid interconnection, and long-term O&M. Optional service levels include remote monitoring, SLA-backed uptime guarantees for chargers, and energy optimization services to maximize revenue.

Call to action (for the website / sales collateral)

Transform parking into a strategic energy asset. Request a site feasibility study and a custom 5-year ROI model — we’ll show you production estimates, projected demand cost savings, and the payback window for your site.