E-mobility

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TEKIA AND ELECTRIC MOBILITY

At TEKIA, we develop electric mobility solutions tailored to each client's specific needs, designed to maximise operational efficiency and ensure a robust, safe and sustainable transition towards new transport models. We combine deep technical expertise, operational insight and strong integration capabilities.

Our experience in complex projects enables us to develop solutions that not only address today's challenges but also anticipate our clients' future needs. 

Building on our extensive experience in Public Transport Management projects, we approach electric mobility from a fully integrated perspective, aligning infrastructure, energy and operations to deliver reliable, efficient and sustainable outcomes. This approach allows us to mitigate risks, optimise investment and ensure robust, scalable deployments, turning every project into a bespoke solution fully aligned with our clients' strategic and operational objectives.

We support operators and public authorities throughout the electrification of their infrastructure, covering the entire project lifecycle. From the planning and design of charging systems and energy requirements to execution oversight, we deliver efficient, safe solutions fully adapted to real-world operational conditions.

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PROYECTO

REDACCIÓN DE LOS PROYECTOS DE INSTALACIONES DE PROTECCIÓN CIVIL Y SEGURIDAD EN LOS TÚNELES AVE DE DIFERENTES TRAMOS DE LAS LÍNEAS MADRID-GALICIA Y VITORIA-BILBAO-SAN SEBASTIÁN (ESPAÑA).
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PROYECTO

REALIZACIÓN DE PRUEBAS DE HUMOS EN TÚNELES DE LA RUTA 68 (CHILE).
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PROYECTO

SERVICIOS DE INGENIERÍA COMO MIEMBROS DEL ORGANISMO DE INSPECCIÓN DE TÚNELES DE LA RED DE CARRETERAS DE BIZKAIA SEGÚN EL DF135/2006 DE SEGURIDAD EN TÚNELES (ESPAÑA).
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PROYECTO

RESPONSABLE DE SEGURIDAD DE TÚNELES EN FASE DE EXPLOTACIÓN (ESPAÑA).
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PROYECTO

PROYECTO DE VENTILACIÓN, MANUAL DE EXPLOTACIÓN Y GESTOR DE INCIDENTES EN EL TÚNEL DE ISMAILIA (EGIPTO).
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PROYECTO

AUDITORÍA DEL SISTEMA DE VENTILACIÓN EN LOS TÚNELES DE VALLVIDRERA Y CADÍ (BARCELONA, ESPAÑA), CON AYUDA DE HERRAMIENTAS INFORMÁTICAS DE SIMULACIÓN CFD-EVACUACIÓN Y ENSAYOS EN CAMPO.
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PROYECTO

DISEÑO DEL SISTEMA DE VENTILACIÓN EN FASE III DEL TÚNEL DEL TOYO, EN LA VÍA SANTA FE DE ANTIOQUIA - CAÑASGORDAS (COLOMBIA).
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PROYECTO

ASISTENCIA TÉCNICA Y DIRECCIÓN DE EXPLOTACIÓN EN EL TÚNEL DE GAMBETTA BAJO LA NUEVA PISTA DEL AEROPUERTO JORGE CHÁVEZ EN LIMA (PERÚ).
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PROYECTO

ANÁLISIS DE RIESGOS SOBRE EL PASO DE VEHÍCULOS CON MERCANCÍAS PELIGROSAS A TRAVÉS DEL TÚNEL DE BUENAVISTA (COLOMBIA).
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PROYECTO

PROYECTO DE INSTALACIONES Y EXPLOTACIÓN, ME Y GESTOR INFORMÁTICO DE INCIDENTES EN LOS TÚNELES DE LA AUTOPISTA DURANGO-MAZATLÁN (MÉXICO).
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PROYECTO

ELABORACIÓN DEL PLAN DE AUTOPROTECCIÓN DEL TÚNEL FERROVIARIO-METROPOLITANO DE PALMA DE MALLORCA (ESPAÑA), JUNTO CON AUDITORÍA Y DISEÑO DE OPERACIÓN DEL SISTEMA DE VENTILACIÓN.
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PROYECTO

GESTIÓN DEL TRÁFICO Y SEGURIDAD EN LOS TÚNELES DE CALLE 30 (MADRID, ESPAÑA).

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Our approach

Our approach combines the optimisation of charging infrastructure tailored to the requirements of bus fleets and their operational needs. This includes a strong focus on safety—covering fire risk assessment and mitigation, cybersecurity and related operational risks—as well as the development of scalable energy solutions integrating charging technologies, renewable energy sources and energy storage systems. In addition, we ensure the continuous monitoring and management of data generated by both charging infrastructure and vehicles.
Our objective is clear: to ensure service continuity, optimise both capital and operating costs, and support a robust transition towards electric mobility by delivering an integrated service throughout every stage of the project lifecycle:

  • Planning and Design
    Development of detailed engineering designs and support in the preparation and evaluation of tenders.
  • Tendering Phase
    Development of detailed engineering designs and support in the preparation and evaluation of tenders..
  • Works Supervision
    Construction management, works supervision and technical oversight, ensuring compliance with project requirements and proper execution.
  • Operation Support
    Optimisation of charging station utilisation, reduction of energy costs, monitoring of charging operations, battery performance and condition, and other key operational parameters.

Some relevant projects

Design of the electrification project for the Aparkabisa facilities (Phase 2), including works supervision​
Preparation and certification of the detailed design, and certified works supervision for the electrical infrastructure works for 27 charging points for articulated buses at the EMT Madrid Carabanchel depot, including fire simulations based on volumetric models (CFD), using Fire Dynamics Simulator (FDS)​
Basic Engineering Design for the Electrification of the 20 de Julio Depot (Colombia).​ ​Charging Infrastructure for 226 Electric Bus Charging - BaysPower Substation. Medium- and Low-Voltage - Electrical Distribution Systems​
Framework contract for engineering and consulting services. Support in fleet electrification, depot adaptation, and electrical safety and renewable energy plans​
Works supervision of the electrification works at the Aparkabisa facilities. Parking 1. Phase 1A​
Preparation of the detailed design for the electrification works of the Aparkabisa facilities
Electrical capacity assessment study for the electrification of Aisa Group depots in Valdemoro and Aranjuez. Horizon 2030 (Madrid, Spain)
echnical report for electrification of bus depots in Vilecha (León, Spain)