The electric mobility and charging infrastructure They have evolved from a niche market into a full-fledged line of business for energy and engineering companies. The electric vehicle fleet is growing, regulations are driving the trend, and deadlines are getting shorter. Companies that aren't positioned when demand peaks will be too late.
The Growth of Electric Mobility and Its Impact on Energy and Infrastructure Companies
The deployment of electric vehicle charging infrastructure in Spain is picking up speed. European emissions reduction targets require member states to ensure an accessible charging network, and that translates into contracts, bids, and projects for companies in the energy and engineering sectors.
For distribution companies, the challenge is twofold: manage the impact of recharging on the existing grid and capitalize on the business generated by the installation and operation of new infrastructure. For engineering firms, this is an opportunity to establish a foothold in a market experiencing double-digit growth.
Regulatory Framework for Charging Infrastructure in Spain and the EU
The AFIR European Regulation sets mandatory targets for the deployment of charging stations in the trans-European transportation network. In Spain, the Recovery Plan and the PNIEC establish transportation electrification goals that require massive investment in public and private charging infrastructure.
The technical regulations applicable to charging stations combine the Low-Voltage Electrotechnical Regulations, ITC-BT-52 specific to electric vehicles and the interoperability requirements of the OCPP protocol. Understanding this regulatory framework is a basic skill for any company that wants to operate in this market.
Technical Challenges in Deploying Charging Stations
Integration with the power grid
The Integration of Charging Stations into the Electric Grid It is the most complex technical challenge of the large-scale deployment. A 150-kW fast charger draws as much power as dozens of homes. Concentrating multiple connections at a single connection point without a prior network study can lead to problems with power quality and overload at substations.
Smart load management, integration with storage systems, and coordination with utilities These are technical skills that the market demands and that few teams have fully developed yet.
Demand Management
Cargo management systems allow you to Optimize the energy consumption of a charging station based on the electricity rate, the contracted capacity, and the availability of the facility's own renewable energy generation. Without active demand management, a charging station can result in significant additional costs related to the power charge.
Interoperability of Charging Systems
The OCPP protocol and communication standards between shippers, management platforms, and operators of mobility They form the technical foundation of an interoperable charging ecosystem. Facilities that do not meet these standards are excluded from the roaming networks and lose value for the end user.
Job Profiles Needed for Electric Mobility Projects
Charging infrastructure projects require profiles that did not exist five years ago: facilities engineers with specific knowledge of charging systems, energy management system integration technicians, specialists in processing connection requests with utility companies and operational and maintenance profiles for power grids.
The shortage of these professionals is one of the main bottlenecks in the sector. Companies that train their teams now have an advantage over those that will need these types of employees in twelve months but won’t be able to find them on the job market.
Business Opportunities for Engineering and Energy Companies
The opportunities are concentrated in three segments. The first is the installation and commissioning of charging infrastructure in corporate, logistics, and commercial settings, where demand is immediate and the customer has the means to invest. The second is the operation and maintenance of public charging networks, a recurring business with long-term contracts. The third is the engineering for the integration of charging with photovoltaic installations and energy storage systems, where the technical value-added is greater and the margins are more attractive.
How to Train Technical Teams on Charging Infrastructure and Electric Mobility
Training on charging infrastructure cannot be generic. It requires knowledge of specific technical regulations, experience in sizing facilities, and an understanding of the energy management systems that make them efficient.
Structuralia incorporates the electric mobility and charging infrastructure in their electrical installation and renewable energy programs, with instructors from companies that are already carrying out real-world deployment projects in Spain.
Trends in Electric Mobility and Charging Infrastructure
The trends that will shape the industry in the coming years include the proliferation of ultra-fast chargers in high-traffic corridors, the integration of charging with the building's energy management through systems Vehicle-to-Grid, and the consolidation of charging network operating platforms as a business separate from the installation business.
Charging infrastructure is one of the fastest-growing markets in the energy sector. Technical companies that develop the necessary skills now will be in a prime position when the large-scale rollout reaches its peak. Does your company already have the right talent and expertise to take advantage of this opportunity?
