Oliver Fernández, Repsol's director of electric mobility, has warned that bureaucracy risks leaving EV charging stations obsolete as the company pushes to expand its network in Spain. In an interview, Fernández highlighted the challenge of keeping infrastructure up to date amid slow permitting and regulatory processes.
With 25 years at Repsol, Fernández leads a team of nearly 100 people dedicated to developing energy solutions for electric mobility, from charging infrastructure to solutions for homes, businesses, and large fleets.
Repsol's EV Charging Strategy and the Bureaucracy Bottleneck
Repsol is investing heavily in EV charging, recently inaugurating a major hub in Manzanares (Ciudad Real) with 14 180 kW chargers and four 360 kW chargers, two of which are designed for trucks. But Fernández cautions that administrative delays can hinder the deployment of cutting-edge technology.

"There is a risk that bureaucracy leaves us with obsolete charging stations," he said, stressing the need for agile processes to keep pace with rapid technological advancements in EV charging.

The company's approach spans from public charging infrastructure to private solutions for homes and businesses, aiming to support the entire ecosystem of electric mobility.
Why Bureaucracy Threatens Charging Infrastructure
Slow permitting and grid connection processes can delay the installation of high-power chargers, meaning that by the time they are operational, newer, faster technology may already be available. This can lead to stranded assets and reduced return on investment.
Fernández's warning underscores a broader challenge for Spain's EV charging rollout, where coordination between utilities, regulators, and operators is crucial to avoid bottlenecks.
Repsol's Multi-Energy Approach and EV Charging Hubs
Repsol is positioning itself as a multi-energy provider, leveraging its extensive network of service stations to deploy EV charging points. The Manzanares hub is part of this strategy, offering high-power charging for passenger cars and trucks.
Fernández's team includes professionals with over 15 years of experience in electric mobility, dating back to when EVs were barely present in Spain. This expertise is now being applied to scale up charging infrastructure.
Key Takeaways for EV Charging Stakeholders
- Bureaucratic delays can render EV charging technology obsolete before it's even installed.
- Repsol is investing in high-power charging hubs, including solutions for heavy-duty trucks.
- Agile permitting and grid connection processes are essential to keep pace with EV technology.
- Collaboration between utilities, regulators, and operators is needed to accelerate deployment.
- Repsol's multi-energy strategy includes charging for homes, businesses, and fleets.
What This Means for the EV Charging Landscape
Fernández's comments come as Spain ramps up its EV charging infrastructure to meet climate targets and growing demand for electric vehicles. The risk of obsolete stations is not unique to Spain, but it highlights the importance of streamlined regulatory frameworks.
For Repsol, the challenge is to balance speed of deployment with technological relevance. The company's experience in service stations and international markets like Italy and Mexico could inform its approach. The background to this story is set out in Arde Bogotá's Cassette Album Sells Out at Repsol Gas Stations. A related thread runs through Flash Charging Stations Could Transform EV Charging. Earlier coverage in Héctor Bellerín on Leaving Arsenal: 'It Hurts' – Exclusive shows how the argument developed.
As EV adoption grows, the ability to quickly deploy and upgrade charging infrastructure will be a competitive advantage. Fernández's warning serves as a call to action for policymakers to reduce red tape. A closer look at the same subject appears in EV Charging Fines: Why Drivers Are Getting Shocked Parking Penalt. Anyone following the wider picture can start with Honda Tests Wireless Charging Roads to Power EVs on the Move. The same theme surfaces in Car: latest articles, which takes a different angle.
Comparison of Charging Power and Use Cases
| Charging Type | Power Output | Typical Use Case | Charging Time (approx.) |
|---|---|---|---|
| Level 2 AC | 7-22 kW | Home, workplace | 4-8 hours |
| DC Fast | 50-180 kW | Public highways, urban hubs | 20-60 minutes |
| High-Power DC | 180-360 kW | Fleets, trucks, corridor charging | 10-30 minutes |
Repsol's Manzanares hub includes both 180 kW and 360 kW chargers, catering to different vehicle types and charging needs. Context on how this played out before sits in Russia Targets Kyiv Petrol Stations with Jet-Powered Drones.