Focused Energy Buys Powerful Lasers for Fusion Power
Fusion Startup Focused Energy Powers Up with $40 Million Laser Purchase
San Francisco, CA – Focused Energy, a leading fusion power startup, has announced a major step forward in its quest to bring clean energy to the world. The company has secured two of the world’s most powerful lasers, a move that will significantly accelerate its research and development efforts.
“These are some of the highest-average-power lasers in private company hands,” said Scott Mercer, CEO of Focused Energy. The lasers, capable of delivering over a kilojoule of energy to a target, represent a nearly $40 million investment.
Focused Energy is pursuing inertial confinement fusion, a technique that uses powerful lasers to compress a fuel pellet, triggering a fusion reaction and releasing energy. This approach was first proven to achieve net-positive fusion power at the U.S. government’s National Ignition Facility (NIF) just over two years ago.
While NIF can perform around 300 fusion “shots” per year, Focused Energy aims for a much higher rate – 10 shots per second – for a commercially viable power plant. The new lasers will initially fire about onc per minute, but this is partly due to ongoing development of supporting equipment.
“All of these sub-systems are technology demonstrators for the ultimate fusion pilot plant that we want to build,” explained Doug Hammond, Focused Energy’s VP of laser engineering.
The bespoke lasers,manufactured by French specialist Amplitude Laser,are massive,each occupying about 1,600 square feet – the size of a small house.
“One of the reasons why we are not making such big lasers in series is because nobody wants them in series,” said Damien Buet, CEO of Amplitude Laser.
Though, if Focused Energy achieves its enterprising goals, that coudl change. The company’s designs for a commercial power plant require thousands of lasers per facility.
“The number of diodes needed for one facility woudl more than max out the current diode capacity worldwide,” Buet noted. “We would need to ramp up an entire supply chain.”
This massive scale is necessary to provide enough energy for ignition and ensure the reliability of the power plant.
Focused Energy’s biggest challenge now is speed. “we set our target for 2035,” Mercer said. “It’s mostly conditioned on,how quickly can we start to move towards laser manufacturing at scale?”
He acknowledged the ambitious timeline,comparing it to the complexities of bringing a traditional power plant online within a decade.
The acquisition of these powerful lasers marks a significant milestone for focused Energy and brings the dream of clean,fusion-powered energy closer to reality.
Fusion Energy Startup Powers Up: $40 Million Laser Purchase Fuels Aspiring timeline
San Francisco, CA – Focused Energy, a frontrunner in the race for clean fusion power, took a giant leap forward with the declaration of a $40 million investment in two of the world’s most powerful lasers.
These high-average-power lasers, capable of delivering over a kilojoule of energy, are crucial to the company’s inertial confinement fusion approach. This technique uses powerful lasers to compress a fuel pellet,initiating a fusion reaction and releasing energy – a method proven successful at the U.S.government’s National Ignition Facility (NIF).
Focused Energy’s goal is ambitious: 10 fusion shots per second for commercially viable power generation, a meaningful increase from NIF’s 300 shots per year.
“All of these sub-systems are technology demonstrators for the ultimate fusion pilot plant that we want to build,” explained Doug Hammond,Focused Energy’s Vice president of Laser Engineering.
Manufactured by French specialist Amplitude Laser, the lasers are massive, each occupying 1,600 square feet—the size of a small house.
While current production focuses on individual units, Focused Energy’s plans for a commercial power plant require thousands of lasers per facility. This scale could transform the laser industry, potentially requiring a complete revamp of the global diode manufacturing supply chain.
“The number of diodes needed for one facility would more than max out the current diode capacity worldwide,” noted damien Buet, CEO of Amplitude Laser.
Focused Energy has set a target of 2035 for their pilot plant, acknowledging the relentless pace demanded by their ambitious goals.
CEO Scott Mercer emphasized the urgency of accelerating laser manufacturing to meet this deadline. “It’s mostly conditioned on how quickly can we start to move towards laser manufacturing at scale?”
The acquisition of these powerful lasers marks a significant milestone for Focused Energy, bringing clean, fusion-powered energy one step closer to reality.