El tacógrafo inteligente y su importancia en la digitalización del transporte

Webinar on Intelligent Tachographs

Introduction to the Webinar

• The webinar begins with an apology for technical issues and welcomes participants to a session focused on intelligent tachographs, organized by COE, Fundación Telefónica, ASTIC, and CONFEBUS.

Overview of Transport 4.0 Initiative

• Jaime Rodríguez introduces himself as the director of CONFEBUS and explains that this webinar is part of the Transport 4.0 initiative aimed at providing free training for professionals in the transport sector.

Importance of Digital Tools in Transportation

• The focus is on equipping professionals in road freight and passenger transport with tools for digitalization and transformation within the industry.

Regulations Surrounding Second Generation Tachographs

• Discussion highlights that second-generation tachographs have been mandatory since August 21st of last year for all new buses and trucks.

• By January 1, 2025, vehicles with older digital or analog tachographs must transition to second-generation models; those with first-generation tachographs must upgrade by August 2025.

Expert Presentation by Alberto Pérez

• Alberto Pérez, Director of Industrial Vehicles Segment at Continental Automotive Spain, is introduced as a knowledgeable speaker on the topic.

Alberto's Background

• Alberto expresses gratitude towards event organizers and shares his extensive experience in the tachograph industry spanning over two decades.

Company Overview: Continental Automotive

• He provides insights into Continental’s operations beyond tire manufacturing, emphasizing their role in automotive components production.

Financial Insights

• Continental generates approximately €40 billion annually; tires account for about 35% of sales while other divisions like Contitech contribute significantly to automotive components.

Presence in Spain and Portugal

• The company has a strong presence in both countries with multiple factories employing thousands across various sectors including tires and braking systems.

Introduction to Continental's Innovations

Overview of the New Electric Vespa

• The speaker introduces the new electric Vespa as a unique vehicle to showcase various components manufactured by Continental, emphasizing their extensive product range beyond just tires and belts.

Components of the Scooter

• Highlights include collision sensors, blind spot detection, battery systems, seating, instrumentation, front sensors, braking systems, and wheel speed systems—demonstrating Continental's diverse offerings in automotive technology.

The Evolution of Digitalization

Personal Experience with Music Technology

• The speaker reflects on personal experiences with music technology from vinyl records to cassettes and CDs, illustrating the significant shift towards digital platforms like Spotify.

Changes in Cinema Technology

• Discusses how cinema has evolved from waiting years for films to be available on television to instant access via streaming services like Netflix.

Understanding Tachographs

Historical Context of Tachographs

• Introduces tachographs as devices that record speed and mileage; initially used paper discs which have evolved significantly over decades.

Transition from Analog to Digital

• Describes the transition from analog tachographs using paper discs to modern digital versions that communicate with satellites and fleet management systems.

Tachograph Development Timeline

Milestones in Tachograph History

• The speaker recounts celebrating 100 years of tachograph development at Continental. Initially developed in 1923 for speed recording, it became mandatory in many countries by the 1980s.

Technological Advancements Over Time

• Details improvements made since its inception: early models were optional for fleets while later designs became standardized across Europe.

Current State of Tachograph Manufacturing

Modern Features and Regulations

• Discusses advancements leading up to 2026 when digital tachographs were introduced alongside intelligent versions. Emphasizes ongoing improvements in design and functionality.

Importance of Safety Regulations

• Explains why tachographs became mandatory due to high accident rates on roads during the early '80s. This regulation aimed at enhancing road safety through better monitoring of vehicle speeds.

Regulations on Driving Hours and Safety Devices

Introduction to Driving Regulations

• Discussion on the establishment of regulations regarding the number of driving hours for drivers, including mandatory rest periods.

• Introduction of a device designed to record driving data, such as speed and hours driven.

Impact of Tachographs on Accident Rates

• Presentation of statistics showing a decrease in accidents per 1,000 vehicles in Italy from 1975 to 1993, particularly after the introduction of tachographs in 1980.

• Notable reduction in accidents among industrial vehicles compared to passenger cars; industrial vehicle accidents decreased by approximately five times.

Implementation and Requirements for Tachographs

• Explanation of what a tachograph is: an onboard device that records kilometers driven, speed, and activity/rest times. Mandatory installation began across EU countries in the early '80s.

• Emphasis on the importance of tachographs for enhancing safety and ensuring fair competition among transport companies.

Installation Timeline in Spain

• Overview of Spain's implementation timeline starting with sensitive transport sectors like school buses and hazardous goods transportation mandated by a royal decree in 1982.

• Gradual requirement for various types of vehicles based on age and type until all national transport vehicles were equipped by early 1987.

Challenges Faced During Implementation

• Description of challenges faced during the installation process, including equipping workshops authorized to install tachographs.

• Mentioning that around 430,000 vehicles needed tachograph installations within a short timeframe posed significant logistical challenges.

Role of Authorized Workshops

• Importance placed on training technicians at authorized workshops to ensure proper installation and maintenance standards are met.

• Requirement for workshops to have necessary equipment and personalized seals for operations related to tachograph installations.

Periodic Review Requirements

• Explanation that periodic reviews every two years are required for each installed tachograph; these must be conducted at authorized centers with sealed operations to prevent tampering.

Understanding Driving Times and Rest Period Regulations

Complexity of Driving Time Regulations

• Acknowledgment that understanding driving time regulations can be complex; preparation made available for those unfamiliar with these rules.

Key Rules Regarding Driving Hours

• Drivers cannot drive more than four-and-a-half consecutive hours without taking a break (minimum pause duration is 45 minutes).

Weekly Driving Limits

• Maximum driving limit set at nine hours daily but allows up to ten hours twice weekly; total weekly driving should not exceed 56 hours or bi-weekly limits over 90 hours.

Understanding Driving Regulations and Tachographs

Compliance with Driving Regulations

• The importance of adhering to driving regulations is emphasized, highlighting potential fines ranging from €300 to €4600 for non-compliance.

• Companies in the transportation sector must not only comply with these regulations but also maximize driver availability while managing rest periods effectively.

• A recommendation is made to visit a specific website for comprehensive information on intelligent tachographs and driving/rest time guidelines, including downloadable resources.

Tachograph Technology Evolution

• The transition from analog to digital tachographs is discussed, noting the challenges drivers faced when using analog systems that required manual recording of various data points daily.

• Analog tachographs were used from 1982 until 2006, requiring drivers to document their work hours and vehicle details meticulously on paper discs.

• Approximately 75,000 to 80,000 vehicles in Spain still utilize analog tachographs, necessitating companies to retain these records for at least one year.

Regulatory Oversight Mechanisms

• Two primary control mechanisms are outlined: roadside inspections by authorities and audits of transport companies' records.

• Roadside checks involve law enforcement reviewing recorded data for compliance with driving hours; about 4% of transport companies face direct scrutiny regarding their records.

Issues Surrounding Tachograph Manipulation

• The manipulation of tachographs is identified as a significant issue within the transport industry, posing serious safety risks by allowing longer driving hours without adequate rest.

• Such manipulations are illegal and can lead to severe consequences including criminal charges and reputational damage for companies involved in such practices.

Consequences of Manipulation

• Engaging in tachograph manipulation can result in substantial legal penalties, including imprisonment up to three years and financial fines reaching €6000 for involved parties.

• Vehicles suspected of having manipulated tachographs may be immobilized during investigations, further complicating operational logistics.

Transition from Analog to Digital Tachographs

The Shift to Digital Tachographs

• The transition from analog to digital tachographs aimed to prevent manipulations that were easier with mechanical devices, such as using a stylus on paper.

• The digital tachograph was introduced in 2006 after discussions began in 2000, marking a significant change for the transport sector, especially as many companies lacked computers and internet access at that time.

Adoption Challenges

• In the early 2000s, concepts like data downloading and file reading were not well understood, particularly among independent operators in Spain.

• From 2006 onwards, new vehicles were required to have digital tachographs while older models continued using analog systems.

Functionality of Digital Tachographs

• Digital tachographs record all vehicle activities in memory and also store data on the driver's card.

• They can log attempts at manipulation and provide visual alerts to drivers about necessary stops or driving conditions.

Data Management Features

• The device includes a front download interface for data extraction and has an integrated printer for hard copies of information previously recorded on paper discs.

• Two card readers are included because different types of cards are used by drivers across Europe; each driver must have their own identification card linked to their activity.

Types of Cards Used

• Four types of cards exist:

• Driver's card for individual driver identification,

• Company card for accessing stored data,

• Workshop card for technicians performing maintenance,

• Control card used by enforcement agents to access tachograph data.

Data Storage and Download Requirements

Data Storage Capacity

• The system allows printing of all recorded data similar to previous methods; control agents initially printed activity reports during roadside checks.

Compliance Regulations

• Since the introduction of digital tachographs, it is mandatory across Europe to download data every three months from the main memory and every four weeks from the driver's card.

• Data is encrypted and requires specific software for access; recent files overwrite older ones once storage limits are reached.

Understanding Tachograph Data Management

Challenges in Managing Tachograph Data

• The process of downloading tachograph data is complicated, especially for transport fleets and independent drivers, leading to potential sanctions if not done correctly.

• A simple tool was developed to download data from both the tachograph memory and driver card every four weeks, ensuring compliance with regulations.

• Automatic download tools were introduced to facilitate data collection without requiring action from the driver, enhancing compliance efficiency.

Importance of Data Security and Compliance

• Downloaded files are encrypted; specific software is necessary to access the information contained within them, highlighting the need for proper management systems.

• Since 2006, managing a transport company has been challenging without dedicated software for archiving and evaluating tachograph data.

Evolution of Tachographs

• The introduction of advanced software solutions has improved fleet management by analyzing driving hours and ensuring legal compliance.

• The speaker mentions their own solution that supports over half a million vehicles while adapting to legislative changes since 2006.

Addressing Manipulation Risks

• Attempts at manipulating tachographs have occurred, necessitating more secure instruments than traditional digital tachographs.

• The first generation of smart tachographs was introduced in 2019 to enhance security features against manipulation attempts.

Features of Smart Tachographs

• New smart tachographs include a GNSS positioning module that tracks vehicle location continuously and serves as an additional speed signal source.

• Discrepancies between GNSS speed readings and vehicle sensor speeds can indicate potential tampering with the tachograph system.

Communication Enhancements in Smart Tachographs

• A dedicated short-range communication (DSRC) module allows constant emission of specific messages related to possible manipulations detected by the system.

• This technology enables proactive monitoring where vehicles can alert control agents about potential issues rather than relying solely on random checks.

Control Mechanisms for Compliance Verification

• The system sends out flags indicating whether there may be manipulation occurring, allowing authorities to take appropriate action based on real-time data.

• Vehicles equipped with this technology can prompt agents to stop them for verification if any red flags are raised during operation.

Overview of Intelligent Tachograph Improvements

Key Enhancements in 2019

• The intelligent tachograph introduced significant improvements, ensuring that if everything is compliant ("green"), authorities like the Civil Guard will not stop drivers.

Mobility Package Legislation

• After years of effort, a European legislation was established aimed at enhancing competition among companies and promoting cleaner energy in transportation.

Changes to Driving and Rest Times

• Modifications were made regarding driving and rest times; drivers cannot rest in their vehicles during weekly breaks, emphasizing the need for workers to return home more frequently.

Fair Compensation for Workers

• New regulations mandate that Eastern European workers must receive at least the minimum wage of the country they are working in while on duty there.

Cabotage Regulations

• Cabotage activities are limited to three per week, with a cooling-off period implemented to prevent unfair competition against national transport services.

Implementation of Second Generation Tachographs

Features of the New Tachograph (4.1)

• The new tachograph records loading and unloading operations manually, crucial for monitoring cabotage activities effectively.

Software Management Necessity

• Effective management now requires advanced software solutions; without them, managing logistics has become nearly impossible compared to 2006 standards.

Upcoming Regulations for Vehicle Compliance

• By August 2023, all new registrations must have second-generation tachographs installed; older vehicles involved in international transport must comply by year-end.

Future Requirements and Innovations

Transition Timeline for Older Vehicles

• Vehicles with analog tachographs from before 2006 or digital ones from 2006 to 2019 must install a DTCO 4.1 before December this year.

Anticipated Demand Surge for Installations

• A surge in demand is expected as over half a million tachographs will need replacement across Europe; early installations are encouraged to avoid last-minute rushes.

Additional Regulations for Light Vehicles

• Light vehicles over 2.5 tons engaged in international transport will also be required to comply with these new regulations and install second-generation tachographs.

Technological Advancements in Positioning Systems

New Positioning Technology

• The second-generation tachograph utilizes Galileo instead of GPS for positioning accuracy, marking an industrial first with its integration into transportation systems.

Tacógrafo: Innovaciones y Comparaciones Internacionales

Características del Tacógrafo Moderno

• El tacógrafo moderno incluye un módulo de seguridad que permite la transmisión de información adicional, asegurando que los datos sean encriptados y no manipulables.

• La tecnología Bluetooth se ha integrado en el tacógrafo, permitiendo actualizaciones de software sin necesidad de cambiar el hardware.

• Se están desarrollando tarjetas para conductores con mayor capacidad, capaces de almacenar datos por hasta 56 días, aunque las regulaciones sobre descansos permanecen inalteradas.

Comparación Internacional del Tacógrafo

• En Rusia, se utiliza un tacógrafo digital propio que opera con su sistema satelital GLONASS en lugar de GPS.

• En algunos países del norte de África aún se utilizan tacógrafos analógicos, mientras que Brasil ha adoptado un sistema digital similar al europeo pero con menos seguridad.

• Estados Unidos emplea dispositivos llamados ELD (Electronic Logging Device), introducidos hace solo cinco años, donde anteriormente los conductores registraban manualmente sus horas y kilómetros.

Futuro del Tacógrafo

• Se prevé que el tacógrafo evolucione para comunicarse más eficazmente con otras fuentes externas y sistemas administrativos, manteniendo su aislamiento para evitar manipulaciones.

• Las futuras versiones buscarán una comunicación segura con flotas y administraciones para mejorar la gestión de datos relacionados con el transporte.

• A partir de 2026, se espera que la obligatoriedad del uso del tacógrafo se extienda a nuevos vehículos matriculados internacionalmente y posiblemente a otros tipos de transporte como taxis.

Integración Tecnológica en Sistemas de Peaje

• El tacógrafo podría integrarse en sistemas de peaje internacionales para simplificar el proceso mediante la recopilación automática de datos relevantes sobre distancias recorridas y características del vehículo.

Tacógrafo: Innovaciones y Desafíos en la Industria del Transporte

Importancia del Tacógrafo en el Cálculo de Emisiones

• El tacógrafo permite el pago directo a través de sistemas de peaje, facilitando la compensación de la huella de carbono.

• La huella de carbono se calcula considerando factores como kilómetros recorridos, tipo y peso del vehículo, así como las carreteras utilizadas.

Datos en Tiempo Real para Optimización

• Los datos recopilados por el tacógrafo son cruciales para maximizar el uso del espacio de carga y los tiempos de conducción.

• Se destaca la importancia del tacógrafo en la conducción autónoma, permitiendo funciones como platooning mientras se cumplen normativas actuales.

Retos en Suministro y Adaptación a Nuevas Normas

• Se discuten problemas pasados relacionados con el suministro de tacógrafos nuevos debido a fechas límite importantes.

• La transición hacia tacógrafos inteligentes de segunda generación es crítica para 2025; se están realizando esfuerzos para medir la adaptación entre empresas.

Concienciación sobre Instalaciones Necesarias

• Es esencial que las flotas realicen cambios lo antes posible; hay 600 talleres autorizados en España para instalaciones.

• Existe una necesidad significativa para que las flotas comiencen a visitar talleres, ya que los plazos son ajustados.

Progreso en Producción y Suministro

• A pesar de retrasos iniciales, todos los fabricantes han superado problemas de suministro y están listos para nuevas matriculaciones.

• Se asegura una producción constante de 7000 tacógrafos por semana, garantizando el suministro completo hasta finales de febrero.

Geolocation Systems and Funding for Tachographs

Overview of Geolocation Systems

• The discussion begins with the potential phasing out of additional geolocation systems, raising questions about their usage in South American countries beyond Brazil.

• Participants are encouraged to connect with associations that have extensive information on funding opportunities related to tachographs.

Funding Opportunities

• A specific aid program called "cheque moderniza" exists, which includes a category for tachograph upgrades.

• It is advised to consult provincial associations or community administrations for detailed explanations on how these funding mechanisms operate.

• Reports indicate that only about 10% of available funds have been requested, suggesting significant financial resources remain accessible.

Relationship Between Tachographs and Fleet Management Systems

• The speaker asserts that tachographs will not replace fleet management systems but will coexist more harmoniously moving forward.

• A new device has been launched that allows automatic online transmission of tachograph data to telematics systems for better management.

Implementation in Latin America

• Besides Brazil's comprehensive implementation, Chile has a notable number of tachographs, though not as extensively regulated as in Europe.

• Other countries like Argentina and Colombia (specifically Bogotá's public transport) also utilize tachographs, albeit at varying levels of development compared to Europe.

Current State and Future Prospects

• In Mexico, some activities involving tachographs exist but are less developed than European standards; digital and analog versions are used across different regions.

• There is an underutilized line of aid from the Ministry of Transport aimed at helping small transport companies acquire second-generation intelligent tachographs.

Conclusion

• The session concludes with gratitude towards Alberto for clarifying doubts regarding tachograph implementation and its significance in transportation activities.

• Participants are reminded about the availability of free training resources related to transportation regulations.