Projects

The development of a robust hydrogen infrastructure is a critical component of the global energy transition, providing a versatile medium for energy storage, industrial decarbonization, and long-haul transport.

Tunisia has initiated a new tender process for a large-scale solar development that will combine photovoltaic generation with battery energy storage. The solar tender, issued by Tunisia's Ministry of Energy and Mines, seeks proposals for the construction of a...

Qnity Electronics, Inc. has announced the acquisition of a new facility in Taiwan in order to speed up capacity as well as support continued customer demand throughout the global semiconductor industry. The $61.5mn advanced facility of semiconductor research and manufacturing goes...

The implementation of virtual replicas for physical grid assets is revolutionizing maintenance and operational strategies, allowing utilities to simulate complex scenarios and optimize performance through high-fidelity data and predictive intelligence.

The integration of advanced materials into the energy sector is fundamentally enhancing the performance, durability, and efficiency of power infrastructure, paving the way for a more resilient and sustainable energy future.

The shift toward low-temperature thermal networks is fundamentally transforming the modern power grid, enabling a resilient, decentralized infrastructure that integrates diverse heat sources and enhances overall system efficiency.

The path to a net-zero economy requires the deep integration of heavy industry with the electrical grid. By exploring the concept of sector coupling and the role of hydrogen in difficult-to-abate sectors, this analysis details how industrial decarbonisation and power sector synergy can create a more resilient, flexible, and efficient energy system through shared infrastructure and coordinated strategy.