Reinventing Heritage Sites: The Bata Factory EV Charging Transformation
Heritage landmarks face a modern dilemma: how do you upgrade infrastructure without compromising character—or your budget? The Bata Factory EV charging transformation at C-Park shows what’s possible. By adopting Pluq’s Charging as a Service model (CaaS), the site added a future-ready EV network with zero capital outlay and achieved an 80% daytime occupancy rate, with a first expansion already underway at no additional cost.
In this article, you’ll learn how historically significant properties can integrate EV charging without disruption, why CaaS removes financial and operational risk, and what the Bata Factory EV charging project reveals about placemaking, tenant satisfaction, and scalable growth.
Why heritage sites need EV charging now
Preserving cultural value should not mean standing still. As EV adoption accelerates, visitors, tenants, and employees expect reliable charging everywhere they park—offices, campuses, hotels, and mixed-use destinations. For heritage assets, EV infrastructure has become a strategic amenity:
- It strengthens tenant demand and retention by meeting everyday mobility needs.
- It supports ESG objectives and reporting with verifiable energy and CO₂ metrics.
- It positions historic locations as forward-looking destinations without visible disruption.
The challenge? Traditional ownership models require high upfront CAPEX, unpredictable OPEX, complex vendor coordination, and technology risk. That’s why more asset owners are choosing CaaS to modernize responsibly and efficiently.
What is Charging as a Service (CaaS)?
Charging as a Service is a turnkey model where a specialist partner finances, builds, and operates your charging infrastructure—so you don’t have to.
CaaS in one minute
- No CAPEX: The provider invests in hardware, installation, grid work, and permits.
- No OPEX: Maintenance, software, and day-to-day operations are fully managed.
- Shared revenue: Owners earn a share of charging income from day one.
- Risk transfer: Technology, grid, and operational risks shift to the provider.
Pluq’s approach adds several advantages particularly relevant to heritage and mixed-use sites:
- Continuous monitoring and proactive service to maximise uptime and protect the on-site experience.
- Predictive maintenance and remote firmware updates to resolve issues before drivers are affected.
- Smart energy management to align charging with building capacity and protect primary operations.
- Public discoverability: After commissioning, sites are listed on major EV-charging platforms so drivers can easily find and use the stations.
- ESG-ready insights: Dashboards with CO₂ metrics and ready-made ESG, GRESB and CSRD reporting.
Case study: C’Magne’s transformation of the former Bata Factory (C-Park)
Background
Real estate investor C’Magne transformed the former Bata shoe factory in Best into a thriving business hub for 90+ companies—now known as C-Park. The central challenge was to preserve the site’s historical character while meeting modern energy and mobility needs.
Solution
In partnership with Pluq, C’Magne added a full EV charging solution using the CaaS model. The infrastructure is designed to support future demand without requiring investment or maintenance from the client.
Results
- 80% daytime occupancy rate since go-live.
- First expansion already underway—at no additional cost.
The Bata Factory EV charging project demonstrates that heritage sites can scale intelligently without budget shocks or operational strain.
Overcoming site and grid constraints—without compromise
Historic properties often face physical and electrical constraints: limited grid headroom, fixed power contracts, strict preservation requirements, and unique layouts. With the right energy strategy, these aren’t roadblocks; they’re design parameters.
Pluq deploys techniques that help you use every available kilowatt without disrupting core operations:
- Smart Charging: Adjusts charging rates in real time based on usage and priorities.
- Dynamic Load Balancing: Distributes power intelligently across chargers to stay within capacity limits.
- Buffering with on-site batteries: Stores energy to handle short peaks without grid penalties.
By integrating charging into the building’s energy profile, sites can add multiple charging points—even in constrained areas—while protecting primary systems and everyday activity.
The financial case for CaaS at heritage assets
CaaS aligns particularly well with the stewardship mindset of heritage owners: protect capital, reduce risk, and enhance long-term value.
- Zero CAPEX, zero OPEX: Pluq finances and operates the entire setup, from AC to DC hardware and certified installation.
- Immediate income: Owners participate in charging revenues from day one.
- Upside over time: After Pluq has recouped its investment and utilisation is strong, property owners can receive up to 50%—and in some cases even 60%—of the profits generated by the charging stations.
- Avoid stranded assets: Pluq owns and continuously upgrades equipment, absorbing obsolescence risk so sites never get stuck with outdated, non-competitive chargers.
CaaS vs. owning chargers yourself
| Consideration | Owning yourself | CaaS with Pluq |
|---|---|---|
| Upfront costs (hardware & installation) | High CAPEX | Zero CAPEX |
| Ongoing costs (maintenance, software, incidents) | Variable OPEX | Zero OPEX |
| Operational workload | Manage vendors, faults, billing | Fully managed |
| Technology risk | On you | Transferred to provider |
| Revenue | Retained, but net of costs and risk | Shared from day one |
| Scalability | New CAPEX each phase | Expansion at no extra cost (when demand requires) |
| Discoverability | Arrange listings yourself | Listed on major maps after commissioning |
| ESG reporting | Build your own processes | Built-in dashboards for CO₂ and ESG |
Reliability that protects reputation
In heritage settings, downtime isn’t just inconvenient—it undermines guest experience and brand perception. Pluq’s operations centre continuously monitors chargers to detect deviations early. Most issues are solved remotely; others are handled promptly on-site. Combined with predictive maintenance, this proactive model helps ensure maximum uptime and a seamless charging experience.
Why the Bata Factory EV charging story matters for placemaking
Modern amenities elevate historic destinations. At C-Park, EV charging complements adaptive reuse by aligning a 20th-century landmark with 21st-century mobility. The result is more than convenience:
- A visible signal of sustainability that resonates with tenants and visitors.
- Amenity-driven competitiveness when companies choose where to locate and grow.
- Data-backed ESG progress that supports portfolio reporting and stakeholder communication.
The Bata Factory EV charging transformation underscores a simple truth: when managed intelligently, infrastructure can honour the past while enabling the future.
Quick answers for heritage owners and asset managers
Can heritage sites add EV charging without capital expenditure?
Yes. With CaaS, Pluq finances, installs, and operates the chargers with no CAPEX and no OPEX for the site owner.
How soon can owners see returns?
From day one. Owners share in charging revenues as soon as the site goes live.
Will my location appear on public charging maps and navigation apps?
Yes. After commissioning, Pluq lists your charging location on major EV-charging platforms so drivers can find and use the stations.
Where is Pluq active?
Pluq operates in the Netherlands, Belgium, Luxembourg, France, Germany, Austria, and Spain.
Does Pluq handle maintenance and monitoring?
Yes. Pluq continuously monitors, maintains, and optimises every charging location, using predictive maintenance to minimise downtime.
Can Pluq help with ESG reporting?
Yes. Dashboards provide CO₂ metrics and ready-made ESG, GRESB, and CSRD reporting.
Practical takeaways: how to modernise a heritage site with EV charging
Define goals and use cases
- Visitor, tenant, or staff charging—or a mix? Longer stays often suit AC (up to 22 kW), while short-stay, high-turnover areas may require DC (from 30 kW).
Map your energy profile
- Identify peak loads and headroom. Smart charging and dynamic load balancing can unlock unused capacity without grid upgrades.
Choose a zero-risk model
- Opt for CaaS to avoid CAPEX/OPEX and transfer technology and operational risks.
Plan for scalability
- Design the groundwork so you can add more chargers as demand grows—without fresh investment phases.
Make it discoverable and intuitive
- Ensure your site is listed on major charging apps post-commissioning and use clear on-site signage.
Build ESG into the rollout
- Use integrated dashboards for CO₂ and ESG reporting to communicate progress to stakeholders.
Prioritise uptime and support
- Continuous monitoring, proactive maintenance, and responsive field service protect your reputation.
Benchmark against peer use cases
- Learn from business parks, hospitality, and fleet hubs. For deeper dives, explore topics like grid congestion solutions, how charging hubs support fleets, and the operational “invisible layer” behind professional EV installations.
Conclusion: Honour the past, power the future
The Bata Factory EV charging transformation at C-Park proves that heritage sites can deliver modern mobility at scale—without capital strain or operational headaches. With CaaS, you gain a fully managed, future-proof solution that enhances tenant appeal, supports ESG goals, and grows with demand. That’s how icons of the past stay relevant for the next generation.
Ready to explore a no-CAPEX, no-OPEX path for your heritage or mixed-use site? Talk to an expert at Pluq. Call +31 20 244 5779 or email info@pluq.eu.