What Is “Tomorrow’s World”? 

“Tomorrow’s World” covers the suite of emerging technologies poised to revolutionise how we generate, transmit and use electricity. It’s about spotting gamechangers today so you can explore pilots, influence standards and prepare your products and processes for the future. 

Key Emerging Technologies 

 

Quantum Computing & Sensing

Quantum computers use qubits to process complex optimisation problems far faster than classical machines. In collaboration with the U.S. National Renewable Energy Laboratory, Atom Computing is already testing quantum-based grid simulations to speed up power-rerouting decisions—helping prevent blackouts and improve resilience. Quantum sensors promise ultraprecise fault detection, locating electrical leaks or cable faults with centimet-rescale accuracy. 

WideBandgap Semiconductors & NextGen Power Electronics

Materials like silicon carbide (SiC) and gallium nitride (GaN) allow power devices to operate at higher voltages, temperatures and switching speeds than conventional silicon. This means smaller, lighter converters and transformers, lower energy losses and the potential for compact, high-frequency power modules in everything from EV chargers to wind-turbine inverters. 

SolidState Transformers

Unlike traditional iron-core transformers, solid-state versions use power-electronic switches to directly modulate voltage and frequency. They switch in nanoseconds, offer bidirectional power flow and enable dynamic grid balancing—ideal for microgrids, electric vehicle fast charging hubs and future smart substations. 

AR/VR for Commissioning & Training

Augmented Reality (AR) headsets overlay digital instructions onto physical equipment—guiding engineers through substation commissioning or maintenance tasks step by step. Virtual Reality (VR) simulations let trainees explore high-voltage environments safely, reducing risk and accelerating skills development. 

5G/6G & Software Defined Energy Networks

Next-generation mobile networks offer ultrareliable, low-latency communications (URLLC)—enabling real time control loops between sensors and actuators. Software defined energy networks will let operators adjust grid topologies on the fly, supporting rapid fault isolation and seamless integration of distributed renewables. 

Blockchain & Distributed Ledger Energy Trading

Blockchain platforms create tamperproof records of energy generation and consumption. They underpin peer-to-peer energy trading schemes—letting prosumers sell surplus solar power directly to neighbours, with automated settlement and clear provenance. 

Wireless Power Transfer & Energy Harvesting

Technologies like magnetic resonance coupling and ambient energy harvesters will enable battery free sensors in hard to reach locations. Wireless charging pads for EVs and drones could become standard—freeing systems from physical cables and simplifying installation. 

Why It Matters 

 

  • Competitive Advantage: Early engagement with emerging tech positions your products and services as market leaders. 

  • Standards Influence: Piloting new solutions lets you feed real data into BEAMA and CEN/ISO working groups—shaping the rules others will follow. 

  • FutureProofing: Understanding technology roadmaps helps you plan R&D, avoid obsolescence and spot new revenue streams. 

  • Sustainability Impact: Many futuretech solutions directly reduce losses, support renewables integration and accelerate netzero goals. 

By keeping a finger on the pulse of these emerging technologies and by working together through DSIN and BEAMA committees - you’ll ensure your organisation is not just ready for the future but helping to create it.