Unconventional Charging Spots: Rooftops, Zoos, and Stable Yards

Electric drivers don’t have to hunt for a forecourt anymore—charging can happen almost anywhere people park and stay. Unconventional charging spots like rooftop car parks, zoos, and stable yards prove the point. Any parking space can become a charging hub, helping you welcome visitors, show sustainability in action, and open a new revenue stream. With a Charging as a Service model, it’s now possible to turn even the most unexpected corner of your site into EV infrastructure—without capital outlay or operational burden.

In this guide, you’ll learn why these locations are ideal for destination charging, what it takes to make them work reliably, and how to de‑risk the project from day one.

Why unconventional sites are perfect for destination charging

Destination charging powers vehicles while people do something else—work, shop, visit, relax, or sleep. Most destination setups use AC charging stations ranging from 11 to 22 kW, which are ideal for gradual, efficient charging during a multi‑hour stay. Typical destinations include hotels, offices, hospitals, retail centres, supermarkets, malls, theme parks, zoos, and cultural attractions. The same logic applies to rooftop parking and even stable yards: if there’s a parking space and a reason to stay, there’s a viable charging opportunity.

Businesses install chargers not only for sustainability, but to:

• Attract new customers
• Increase revenue
• Strengthen brand image
• Appeal to talent who value purpose and sustainability

With the right partner, you can deliver all three: hospitality, sustainability, and revenue—without adding complexity for your team.

What it takes to turn unconventional spaces into charging hubs

Behind every smoothly operating charger lies planning, smart energy management, and ongoing operations. The essentials include:

• Site assessment and design: Evaluate capacity, routing, and safety; prepare for scalability.
• Dynamic load balancing: Distribute available power across chargers in real time to avoid overloads and utility penalties.
• Integration with your site: Align charging with building energy use, allocate costs per department or tenant, and enable remote diagnostics.
• Solar and storage options: Pair chargers with on‑site generation or batteries to reduce grid load and improve performance.
• 24/7 monitoring and support: Keep uptime high; resolve issues remotely or on‑site fast.

Rooftop car parks

Rooftops are prime, visible locations where visitors already park. Key considerations include:

• Cabling and routing: Plan safe, weather‑resilient cable runs with proper drainage and sealing.
• Load management: Use dynamic load balancing so chargers share capacity without breaching your contracted limit.
• Solar synergy: Rooftops often host PV—integrating solar with charging maximises self‑consumption and reduces grid dependence.
• Wayfinding: Clear signage and bay markings ensure chargers are easy to find and use.

Zoos and cultural attractions

Zoos, museums, and theme parks have ideal dwell times—visitors often stay for several hours.

• AC first: 11–22 kW AC suits multi‑hour visits, keeping infrastructure efficient and grid‑friendly.
• Smooth operations: Real‑time energy management prevents charging from affecting lighting, cooling, or other critical loads.
• Visitor experience: Visible chargers reinforce your sustainability story and encourage longer stays.

Stable yards and rural sites

Stable yards, riding schools, and rural attractions often have underused parking areas that can host chargers.

• Environmental protection: Professional installation matters—sealed cable entries, proper drainage, and best‑practice wiring reduce moisture and rodent risks.
• Robustness: Hardware and installation standards designed for outdoor conditions cut failure rates and downtime.
• Grid‑smart design: Dynamic load balancing and peak‑shaving help you stay within contracted capacity—even on constrained rural feeders.

The low‑risk model: Charging as a Service

If you have parking, you have a potential charging station. The barrier has always been cost, complexity, and ongoing maintenance. A Charging as a Service approach removes those hurdles:

• Zero CAPEX, zero OPEX: The full cost—installation, maintenance, software, and repairs—is covered.
• End‑to‑end operations: Billing, technical support, and 24/7 monitoring are handled for you.
• Revenue share: Property owners receive a share of every kilowatt‑hour sold, typically around €0.02–€0.04 per kWh under the standard model.
• Monthly reporting: You get clear availability, usage, and revenue summaries.
• Future‑proofing: Equipment is upgraded over time, so you never end up with stranded or outdated chargers.

For many sites, avoiding large upfront investments is decisive. A single high‑speed DC charger can cost more than €90,000 before installation. Even professional AC chargers typically cost around €6,000 in the Netherlands and can reach €8,000 or more in Belgium when you include installation. With a service model, you sidestep these expenses and focus on your location and guests.

Technical blueprint for unconventional locations

A proven, structured process keeps projects on time and on budget—even in unusual settings.

1. Technical survey and feasibility

   • Assess the grid connection’s technical and contracted capacity.
   • Review historical peak loads to locate real headroom for charging.
   • Identify routing, civil works, signage, and safety measures.

2. Design and grid connection advice

   • Determine whether existing capacity suffices or upgrades are needed.
   • Plan distribution panels/sub‑panels and safety protections.
   • Coordinate with grid operators if additional capacity is required (permitting is advised on, not handled directly).

3. Smart energy management

   • Implement dynamic load balancing to prevent overloads.
   • Optimise charging against tariffs and avoid penalties for exceeding contracted capacity.
   • Enable peak‑shaving so multiple vehicles can charge simultaneously without interruptions.

4. Integration and scalability

   • Connect chargers to building energy and IT systems for visibility and control.
   • Prepare foundations, cabling, and the energy‑management layer for future expansion.
   • Add chargers later without reconstruction or downtime.

5. Solar and storage integration

   • Pair charging with rooftop PV and on‑site batteries to reduce grid load and improve performance.
   • Align charging schedules with renewable generation for maximum benefit.

6. Operations and reliability

   • Monitor 24/7; resolve most issues remotely.
   • Push remote firmware updates for security and new features.
   • Include professional signage and bay markings; cover repairs—even in cases of vandalism or misuse.

Power and hardware choices—fit to the stay

• AC for longer visits: 11–22 kW AC is the workhorse of destination charging, ideal for zoos, cultural attractions, and rooftop parking where visitors stay two hours or more.
• DC for short stops: Where dwell times are brief—such as a supermarket with fast turnover—high‑power DC (e.g., 300 kW) can make sense. A mixed AC/DC approach across a portfolio ensures each location gets the right tool for the job.

Remember: even the fastest charger is limited by the vehicle’s own capabilities. Matching power to the use case is where charging strategies succeed.

Featured answers: fast clarity for property owners

• Can any parking space host EV chargers?

  • Yes. Any parking space can become a charging hub. Businesses use chargers to welcome guests, demonstrate sustainability, and create new revenue.

• Do I need a new grid connection?

  • Not always. Dynamic load balancing often enables multiple chargers within your existing capacity. When upgrades are needed, you’ll receive coordination and technical guidance with the grid operator.

• What if my area has grid congestion?

  • Smart, behind‑the‑meter solutions optimise existing capacity. Sites in congested zones can often go live within six weeks without breaching contracted limits.

• Who covers maintenance and repairs?

  • Under a Charging as a Service model: the provider. All ongoing costs—including maintenance, software, and even repairs due to vandalism or incorrect use—are covered.

• Can chargers integrate with solar and on‑site batteries?

  • Yes. Integrated energy solutions connect chargers with PV and storage to improve efficiency and reduce grid load.

Practical takeaways for rooftops, zoos, and stable yards

• Map dwell times by location: long‑stay areas favour AC; short‑stop zones may justify DC.
• Prioritise visibility: place chargers near entrances, walkways, or reception to boost usage and brand impact.
• Keep your contracted grid capacity: once surrendered, it can take years to regain—and peaks above a lower limit risk fines.
• Design for scale on day one: oversize foundations, cabling, and the energy‑management system so adding chargers later is plug‑and‑play.
• Standardise safety and durability: sealed cable entries, proper drainage, and best‑practice wiring reduce moisture and rodent risks.
• Use smart controls: dynamic load balancing, tariff‑based charging, and peak‑shaving protect your operations and bottom line.
• Make it effortless for drivers: clear signage, marked bays, and a simple plug‑and‑pay experience drive adoption.

Conclusion: turn the unexpected into EV‑ready value

Rooftops, zoos, and stable yards show how flexible modern charging can be. With destination charging and a Charging as a Service model, you can convert almost any parking space into a reliable, revenue‑sharing EV hub—without investment or operational risk. From design and load balancing to 24/7 monitoring and monthly reporting, everything is handled for you.

Ready to transform your site? Book a call to explore what’s possible—or call +31 20 24 45 779 to get started.

Bold ideas to explore next:

• Destination charging vs. fast charging—finding the right mix
• Dynamic load balancing—how to power EVs without overload
• Charging as a Service—zero CAPEX, zero OPEX for property owners