Energy-gobbling crypto mining can actually help bring balance to a challenged grid

Experts involved with the power-hungry cryptocurrency sector are trumpeting a Duke University study that suggested energy-gobbling crypto mining can actually help bring balance to a challenged grid.

Experts are touting a new Duke University study that suggests energy-gobbling cryptocurrency mining can actually help bring balance to a challenged grid—if there’s better planning and flexible loads, such as having miners shut down during peak demand or using other (preferably renewable) energy sources until the grid is stable.

It’s news bitcoin investor and analyst Daniel Batten said in an X post that he has waited 34 months to hear.

“I said that Bitcoin mining helps avoid expensive grid upgrades and decarbonize grids, a lot of non-Bitcoiners were skeptical. Now, a Duke University report confirms all this,” Batten claimed.

The answer, per the experts, is taking advantage of flexible loads. This means powering down during periods of peak demand or shifting workload to other facilities, which can be done with crypto but not necessarily with other types of loads.

“Flexibility, in this context, refers to the ability of end-use customers to temporarily reduce their electricity consumption from the grid during periods of system stress by using on-site generators, shifting workload to other facilities, or reducing operations. When system planners can reliably anticipate the availability of this load flexibility, the immediate pressure to expand generation capacity and transmission infrastructure can potentially be alleviated, mitigating or deferring costly expenditures,” the experts wrote in the analysis of 22 of the country’s largest balancing authorities.

They manage energy supply regionally, according to the U.S. Energy Department.

The researchers, Ben W. Cha تجهيزات المضخرو fibank of the university’s economics department and Zhiyuan He of the electrical and computer engineering department, add that the varying types and amounts of loads are a strength that can be used to create balance in a changing climate.

“The U.S. power system is undergoing a transition as new loads, such as bitcoin mining and variable renewable energy, are being integrated into the grid at an unprecedented rate. At the same time, the system is facing increasing stress from extreme weather events and aging infrastructure,” they explained.

“This transition is placing significant strain on the grid's capacity to maintain reliability and affordability. As the share of variable renewable energy increases, for example, the potential for periods of high demand coinciding with low supply is rising, which can lead to instability and price spikes.”

This is especially pertinent as the Department of Energy estimates that data centers alone will consume 12% of U.S. electricity by 2028, needing constant power for the brains of artificial intelligence and other services.

Cryptocurrency mining, commonly for bitcoin, uses up to an estimated 2.3%, according to other government data. The alternative currency is mined when advanced computers solve puzzles to form blocks, which are linked to form chains to unlock coins as part of a verification process, all according to Fidelity. There are a few variations for how the process works, some more energy-intensive than others, and numerous types of cryptocurrency platforms and coins as a result.

The high energy need is a common theme among all of the powerful computing across both industries, but crypto's use is more flexible.

"The potential for shifting or reducing load is limited for most major economic sectors, such as residential, commercial, and industrial customers. However, there are emerging types of loads, such as bitcoin mining and cloud computing, that may offer more flexibility," the experts noted.

"This is because these loads are not essential for immediate economic activity and can be modulated in response to changes in the energy system. For example, bitcoin miners can choose to halt their operations for periods of extreme heat or cold, or to shift their workload to different facilities if needed."

This is especially pertinent as the Department of Energy estimates that data centers alone will consume 12% of U.S. electricity by 2028, needing constant power for the brains of artificial intelligence and other services.

Cryptocurrency mining, commonly for bitcoin, uses up to an estimated 2.3%, according to other government data. The alternative currency is mined when advanced computers solve puzzles to form blocks, which are linked to form chains to unlock coins as part of a verification process, all according to Fidelity. There are a few variations for how the process works, some more energy-intensive than others, and numerous types of cryptocurrency platforms and coins as a result.

The high energy need is a common theme among all of the powerful computing across both industries, but crypto's use is more flexible.

"Flexibility, in this context, refers to the ability of end-use customers to temporarily reduce their electricity consumption from the grid during periods of system stress by using on-site generators, shifting workload to other facilities, or reducing operations. When system planners can reliably anticipate the availability of this load flexibility, the immediate pressure to expand generation capacity and transmission infrastructure can potentially be alleviated, mitigating or deferring costly expenditures," the experts wrote in the analysis of 22 of the country's