The ‘brutal reality’ of scaling low-carbon fe...

To build the physical infrastructure of the clean energy transition — from wind turbines and grid stabilization to massive new AI data centers — the world needs more copper between now and 2050 than humanity has produced in its entire history. But new copper mines take anywhere f ...  Afficher plus

For decades, the promise of new nuclear power in the West has been stifled not by the technology itself, but by the “construction problem.” Massive, multi-billion dollar mega-projects plagued by schedule creep and labor shortages have made nuclear a financial non-starter for comm ...  Afficher plus

Clean energy investment in the US grew $50 billion last year. With interest rates easing and inflation in decline, the market appears to be well positioned to meet skyrocketing power demand from sources like artificial intelligence and data centers. Yet it’s not all smooth sailin ...  Afficher plus

After 30 years of R&D and commercial proof, hundreds of billions in institutional dollars are pouring into now-conventional tech like wind, solar and batteries. But there’s a whole class of technologies that are ready to scale. And investors who are increasingly ready to back the ...  Afficher plus

Public and private organizations across the globe are taking action to reach net-zero emissions targets—investing heavily in new technology to build resilient and efficient energy systems. Guests discuss the push for cleaner energy, the tech their teams use to develop cleaner ...

Over the past five years, clean energy company valuations have reached new heights. As the ESG hype cycle ends, inflated public market valuations have given way to industry fundamentals. Increasing energy demand aided by the hype around AI and data centers mean that the world nee ...  Afficher plus