The Technology Addicts

Realising the All Electric Society depends on the right technologies – and the right partners. Avnet Abacus combines deep product expertise with a comprehensive service portfolio to help engineers and developers design, build, and scale smarter solutions. From energy-efficient components to digital and automated systems, the company supports innovation at every stage of the product lifecycle, turn...

In this episode, we’re joined by Fabien Coutant from Hirose Electric Europe and Marco Enge from Avnet Abacus to explore the hidden heroes of robotics and factory automation: connectors. Together, we unpack why these small components have such a massive impact on uptime, reliability, and long-term system performance – and how smart connector choices shape the future of modern robotics. For more inf...

In this expert Q&A episode, we explore the ten most frequently asked questions about automation in the All Electric Society. From integrating automation into legacy infrastructure and enhancing cybersecurity to the rise of Edge AI and intelligent power systems, discover how automation enables efficiency, resilience, and innovation across the energy landscape. Discover more insights, data, and...

As automation grows, Human Machine Interfaces remain vital for ensuring that people stay connected to electrified systems. From intuitive touchscreens and voice control to augmented reality and AI personalisation, HMIs make complex energy networks more accessible, efficient, and secure. With cybersecurity now a core priority, these interfaces are key to maintaining trust and resilience in the All...

Edge computing and AI are redefining how data is processed, analysed, and acted upon in the All Electric Society. By bringing intelligence closer to the source, smart grids become faster, more secure, and more autonomous. From fault detection and predictive maintenance to dynamic load balancing, edge intelligence ensures a resilient and efficient energy infrastructure for the future. Discover more...

Automation is key to balancing energy supply and demand in the All Electric Society. By intelligently managing electricity generation, storage, and consumption, automated systems ensure stability, efficiency, and lower emissions. From active grid management to smart buildings that learn and adapt, automation enables renewable energy to reach its full potential across all sectors. Discover more ins...

Sensors and connectivity form the foundation of the All Electric Society, enabling real-time data collection that drives smarter, safer, and more efficient energy systems. Through IoT technologies, smart grids, and predictive analytics, the “Internet of Energy” connects producers, consumers, and storage – ensuring optimal performance, reliability, and sustainability. Discover more insights, data,...

In this Q&A episode, our experts answer the ten most frequently asked questions about digitalisation in the All Electric Society. From digital twins and sensor fusion to edge computing and self-diagnostic technologies, discover how intelligent systems, data, and automation form the foundation of a resilient and efficient energy future. Discover more insights, data, and exclusive articles on th...

Digitalisation is the backbone of the All Electric Society, enabling intelligent, interconnected energy systems that link generation, storage, and consumption. Through data analytics, artificial intelligence, and smart grid technologies, renewable energy can be used efficiently and on demand – ensuring stability, flexibility, and sustainability across all sectors. Discover more insights, data, and...

In this special Q&A episode, our experts tackle the ten most frequently asked questions about electrification in the All Electric Society. From the best cell chemistries and battery safety systems to cooling, vibration resistance, and high-voltage design – this discussion covers the essential technologies shaping the future of sustainable machinery and smart energy systems. Discover more insig...

Electrifying agricultural and construction machinery is one of the toughest challenges on the road to the All Electric Society. High power peaks, extreme conditions, and heavy-duty performance demand advanced batteries, robust power electronics, and intelligent battery management systems. Yet these innovations not only cut CO₂ emissions but also unlock new levels of precision, efficiency, and auto...

In this interview, Prof. Jutta Hanson from the VDE discusses the transformation of Europe’s power grids and the challenges of achieving a stable, interconnected, and sustainable energy system. She explains why electrification alone is not enough, why efficiency and digitalisation are crucial, and how automation, flexibility, and standardisation will shape the All Electric Society of tomorrow. Disc...

Electrifying all areas of society is at the heart of the All Electric Society – a world where renewable energy powers homes, industries, and mobility. From smart cities and efficient heat pumps to electric transport and DC power grids, electrification drives both sustainability and innovation, enabling a carbon-neutral and energy-efficient future. Discover more insights, data, and exclusive articl...

Electrification is the cornerstone of the All Electric Society – a vision for a CO₂-neutral world powered entirely by renewable energy. As climate change accelerates, the shift towards clean electricity, digitalisation, and automation becomes essential for achieving global sustainability and efficiency. Discover more insights, data, and exclusive articles on the All Electric Society in the full is...

Tomorrow’s vehicles won’t just move – they’ll communicate. This episode explores how V2X technologies are turning electric cars into active grid participants and data hubs for traffic, safety, and infrastructure. From vehicle-to-grid energy exchange to ultra-wideband positioning and smart antenna systems, we look at the innovations making this level of connectivity possible – all while keeping veh...

High switching frequencies from silicon carbide and gallium nitride semiconductors make modern converters fast and efficient – but they also push passive components to the limit. This episode explains how new generations of DC link capacitors are tackling heat, ripple currents, and parasitic inductance, enabling more compact, stable and efficient EV power systems. Explore more breakthrough materia...

Mode 3 charging stations are the workhorses of EV infrastructure – and ensuring their safety is critical. This episode explores how new IEC-compliant relays enable efficient residual current protection by switching all three phases with a single board-mounted component, saving space, cost, and complexity while meeting the latest safety standards. Discover more behind-the-scenes technologies that s...

Electrification is transforming not just road vehicles, but also off-highway machines like excavators, tractors and mining equipment. This episode explores how powerful charging systems, high-current cables and compact connector designs ensure reliable performance in harsh environments – and why custom solutions are key to managing tight spaces, heavy loads and demanding conditions. For more on sp...

As battery demand skyrockets, sustainability is becoming just as important as performance. This episode explores how lithium and sodium-based batteries are evolving, why new EU legislation is reshaping battery production and recycling, and what technologies will power the next generation of electric vehicles and energy systems – all with a lower environmental footprint. For more on battery trends,...

Rail transport is among the most energy-efficient modes of travel – but even trains can go greener. This episode explores how modern DC-to-DC converters with ultra-wide voltage input ranges, advanced semiconductors, and power failure protection help make rail systems more efficient, more reliable, and ready for global deployment – all while complying with the stringent EN 50155 standard. For deepe...

Sensors are the invisible enablers of modern mobility – helping vehicles charge safely, operate efficiently, and stay reliable under all conditions. This episode explores how sensor innovation, from MEMS miniaturisation to digital and wireless communication, is redefining electric drivetrains, battery monitoring, and energy infrastructure in the sustainable transport ecosystem. For more insights i...

The transition to sustainable transport depends on more than electric cars – it’s about replacing combustion engines across the board with efficient, low-emission alternatives. This episode explores the key technologies enabling the shift: from fast-charging batteries and robust connectors to advanced semiconductors, smart sensors and vehicle-to-everything communication. Discover more components,...

The EU’s Fit for 55 legislation aims to cut transport-related emissions by 90 percent by 2050 – and electrification is leading the way. This episode explores how the transformation spans every vehicle category, from cars to construction machines, and what challenges must be solved to make transportation truly sustainable. For deeper insights and product guidance, download the Sustainable Transport...

Electric vehicles are often seen as a modern breakthrough – yet their origins date back to the 19th century. This episode tells the fascinating story of how EVs once dominated the roads, why they lost ground to petrol cars, and what we can learn from this history as we move toward a cleaner mobility future. Dive deeper into the roots and rise of EV technology in the EV Charging Special Edition of...

Electromobility doesn’t stop at cars – from scooters and construction vehicles to ferries, freight trucks and electric aircraft, each mode of transport brings its own charging needs. This episode explores innovative charging solutions across all mobility sectors, including megawatt charging, wireless docks, fast-charging stations for trains, mobile energy containers and offshore buoys. Discover mo...