E-Mobility Technologies

E-mobility is a key element in the electrification of our society and plays a decisive role on the road to an All Electric Society. By switching from fossil fuels to electric drives, we can not only significantly reduce CO2 emissions, but also maximise the efficiency of energy use. In many cases, electric vehicles are able to generate more energy from the same amount of resources than conventional combustion engines. In addition, advances in battery technology and renewable energy allow electric vehicles to be seamlessly integrated into the power grid, increasing the stability and flexibility of the energy supply. If the electricity required comes from sustainable sources, the entire transport sector becomes significantly more environmentally friendly and contributes to achieving climate targets. Comprehensive electrification through electromobility is therefore not only technically possible, but also necessary in order to meet the ecological challenges of the future.

Electric vehicles offer numerous advantages over vehicles with combustion engines, particularly in terms of environmental friendliness and efficiency. Electric vehicles produce no direct CO2 emissions and can be powered by renewable energy, which minimises their environmental footprint. They are also more efficient as they convert a greater proportion of energy into motion. Operating costs are often lower too, as electricity is cheaper and electric vehicles usually require less maintenance. In addition, they offer a better driving experience with instant torque and less noise. Overall, electric mobility is a sustainable and economically viable alternative.

The charging infrastructure for electric vehicles is developing dynamically worldwide and is crucial for the spread of electromobility. New charging stations are constantly being installed in Europe, North America and China in particular, with China having the largest number of charging stations in the world. There is also a trend towards fast-charging stations, which shorten charging times, and innovative concepts such as inductive charging. Governments and companies are actively investing in the expansion of this infrastructure in order to promote electromobility and achieve climate targets.

HARTING supports the expansion of the charging infrastructure with various solutions, including charging cables and charging sockets as well as a broad portfolio of components for charging stations and wallboxes.

Customer-specific solutions include customised infrastructure solutions for power, signal and data transmission as well as the design of the entire development and validation process in cooperation with the end customer. HARTING offers customised test equipment and the specific design of subcomponents, charging cables and charging sockets.

In addition, national and international solution certifications by an accredited laboratory are possible. Other products include PCB connectors, Single Pair Ethernet for fast data exchange, Ethernet switches and patch cables for network integration as well as a selection of industrial connectors for easy installation and commissioning.

Energy storage systems play a central role in electromobility, as they have a significant impact on the performance and range of electric vehicles. High-performance batteries store the energy needed to power electric vehicles and their development is crucial for improving range and charging times. In addition, battery storage systems help to increase the stability of the power grid by storing excess energy and releasing it when needed. Furthermore, stationary energy storage systems can be used in conjunction with charging stations to optimise the charging infrastructure and smooth out peak loads. Overall, efficient and powerful energy storage systems are essential for the increasing acceptance and utilisation of electric vehicles.

HARTING offers a comprehensive portfolio of products and solutions that significantly support electromobility. In the area of charging infrastructure, HARTING fulfils the requirements of all common charging standards and offers charging connectors and magnet systems for electric vehicles. In addition, HARTING's cable assemblies play a key role by reliably and safely connecting the various components of an electric drivetrain in a wide range of electric vehicles. With the increasing focus on digital applications, HARTING also offers a wide range of network components and connection technology that drive the development of digital vehicle networks. In this way, HARTING is making an important contribution to shaping the mobility transition.

HARTING is active in various application areas of e-mobility that go beyond the automotive sector. The proportion of electrified vehicles is increasing both in the field of work machines and in the transport sector, where electrified and networked vehicle concepts increase work efficiency and reduce CO2 emissions. HARTING's connection technology is therefore used in a variety of applications and supports the transition to more sustainable and efficient vehicle technologies in a wide range of industries.