Bitcoin Mining, Grid Resilience, and American Energy Security

Bitdeer’s Associate Director of Government Relations, Elizabeth Duchek, joined a panel discussion with James Cheng (Canaan) and Jonathan Brightbill (U.S. Department of Energy), moderated by Sonia Murphy of the Digital Power Network. The conversation covered Bitcoin mining's role as a flexible grid resource, partnerships with stranded energy assets, the path from mining to AI data centers, supply chain challenges, and the regulatory barriers facing the industry.

A lightly edited transcript follows.

Demand response and grid flexibility

Sonia Murphy: Bitcoin mining is a very flexible load. It is an interruptible operation. Bitcoin miners can turn off their operations at a moment's notice, which allows for very flexible involvement with the grid and interesting energy innovation. Elizabeth, from Bitdeer's perspective, what does this flexibility actually look like when you are engaging in demand response and curtailment programs?

Elizabeth Duchek: It's all about the speed with which we can scale down our energy use. Whether it's an ice storm or a heat wave, we are able to quickly scale down and sometimes completely shut off our operations to avoid overloading the energy grid.

For example, we have a facility in Rockdale, Texas. Last summer, we logged 155 hours of curtailment, which translates to a reduction in grid demand of about 46 million kilowatt hours. No other industry can replicate that. The speed and the flexibility are something that is unique to Bitcoin mining. And this is all done on a voluntary basis. Bitdeer is committed to being a responsible energy partner. Grid participation is a core principle, not a compliance afterthought.

Community investment and grid impact

Sonia Murphy: There is a rising narrative that Bitcoin miners and data centers can be a strain on local grids. Elizabeth, how are Bitcoin miners going into communities and helping invest in local infrastructure?

Elizabeth Duchek: The narrative of Bitcoin miners being a strain on the grid is one that we have been challenging for quite some time. We're seeing this in real time with our planned site in Ohio, which is supposed to be operational later this year. We are in consistent communication with regulators, utility providers, and other local stakeholders to ensure that we are an asset to the community, not a burden.

One of the ways we do that is by undergoing a dynamic study, which assesses our energy use and the impact on the grid. That gives local stakeholders data confirming what we already know — that we are not a burden to the grid. It proves that we are a reliable energy partner to a community well before we connect to the grid.

Strategic value of mining infrastructure

Sonia Murphy: Elizabeth, do you see the physical infrastructure behind mining operations serving a broader strategic value?

Elizabeth Duchek: Short answer: yes, there is absolutely a strategic value. Bitcoin mining plays a key role in grid stabilization, whether it is scaling back in times of peak demand or utilizing energy that would otherwise be stranded.

The physical infrastructure behind Bitcoin mining is a building block for AI development. The high energy use from Bitcoin mining lays the groundwork and creates demand to encourage further infrastructure investments for AI development down the road.

The risks of not leveraging Bitcoin mining to its full potential are twofold. One, we risk more of the status quo — an aging energy infrastructure struggling to meet the demands of a modern world. Second, from a geopolitical standpoint, because Bitcoin mining plays an important foundational role in AI development, it is paramount that we capitalize on that. Our competitive adversaries are making rapid developments in AI, and the United States cannot afford to fall behind.

Biggest barriers to the industry

Sonia Murphy: What do you see as the biggest barrier today to American Bitcoin mining, computing, or energy in general?

Elizabeth Duchek: One thing I'm hearing from our site managers across Texas, Tennessee, Washington State, and soon Ohio is a patchwork regulatory system. If we want grid stabilization in all 50 states, we need a regulatory framework that can support it in all 50 states. There are application processes with vague timelines and inconsistencies that make it challenging for long-term investment. A consistent, streamlined regulatory framework with predictable timelines would make long-term investment and planning much easier.