Energy Transition Partners
Changing how the world makes and uses energy will take decades and a very large amount of capital. Renewable generation, storage, grid upgrades, electrification and efficiency all need funding at the same time, while industrial demand shifts underneath them. Where that capital is allocated, and on what terms, will decide how well the transition works.
Our research covers the whole chain, from the technologies and equipment that make the transition possible to the infrastructure and businesses that keep energy systems running. We study how policy, commodity prices and falling technology costs act on one another, because a project’s economics can change when any one of them moves. A subsidy ends, a metal gets expensive, a battery gets cheaper, and a deal that worked last year no longer does.
Our Approach
We approach the sector as allocators of capital first. The questions we ask are about how much is needed, where demand is coming from, how quickly the technology is really improving, and what the commercial case looks like once the headlines are set aside. Where does the revenue come from, and how secure is it? What happens to the project if construction runs late, if connection to the grid is delayed or if power prices fall? The transition is often told as an environmental story. It is also a story about risk and capital, and that is the part we study.
Engineering judgement matters more here than almost anywhere else. We assess whether a technology performs as promised, what it costs to build and run, and where it tends to fail, because a project’s economics usually depend on those answers.
Status: macro, commodity and technical research finished. Engineering know-how in place. Preparing to launch once authorised.
