Digital twins can boost mining output to drive the energy transition. Here's how
Mining capacity can't deliver the raw materials needed for the energy transition, but this innovative technology can make a key difference.
Co-Founder and Chief Executive Officer of physics-based digital twin pioneer Akselos. Angel investor for over a decade, investing in early- stage deep tech companies that have become leaders in their fields. Led Akselos from inception to becoming a trusted digital transformation partner for some of the world's largest energy companies, protecting their most complex and critical assets. Advocate for deep tech's role in the energy transition in multiple stakeholder groups, including the CEO network of the World Energy Council, GWEC Board and the World Economic Forum as a 2020 Technology Pioneer. Former US Department of Energy scientist and investment banker. MIT and EPFL alumnus. Mechanical engineer and part- time mountaineer.
Mining capacity can't deliver the raw materials needed for the energy transition, but this innovative technology can make a key difference.
Digital twins could help enable the production of more green hydrogen and they could also increase blue hydrogen production to meet the increasing demand.
The wind industry faces a perfect storm of vanishing subsidies, excessive development lead times, and soaring costs. But it can come out stronger from this
Offshore wind power can look to other industries, like electric vehicles and solar panels for innovative strategies to decarbonize the global energy mix.
The offshore wind industry's annual installation targets are set to increase steeply from 2030. Rising to the challenge will require innovation and investment.
Wind, hydropower and the other renewable sources must match solar power's innovation curve over the past decade if they are to scale up and help us beat climate change.