Brilliant Source

Managing the High Energy Consumption of the Digital Future

In an era when digital landscapes are expanding exponentially, Bitcoin mining and AI have become a focal point of discussion and innovation. As the global demand for digital currencies rises, so does the scrutiny over the environmental impact of their production. Advancements in artificial intelligence promise gains in efficiency and productivity while requiring energy management and conscientious consumption. There is an intricate relationship between these dynamics, bringing both challenges and opportunities.

There are, of course, future implications for both technology and sustainability. The International Energy Agency (IEA) released a report projecting a doubling of electricity consumption by data centers by 2026. This is driven primarily by the demands of cryptocurrency mining and AI.

How will this surge in demand impact electricity prices for businesses? Historically, businesses have locked into fixed-rate energy contracts for 1-5 years based on current forward pricing and trends. In the past, these trends could be followed by using NYMEX settlement prices until recently, when there’s been a decoupling effect.

This would explain why NYMEX settlement prices are firmly below $3.00/ MMBtu, and yet electricity rates continue to rise. This is where forward pricing comes into play. Consider this: back in 2020, forward pricing on NYMEX averaged $2.53/MMBtu. Today, looking forward to 2025-2028, the pricing has increased by $1.16/MMBtu to an average of $3.69/MMBtu.

What’s driving this change in forward pricing? Primarily, it’s the fundamental dynamics of supply and demand. The escalating growth of data centers, driven by Bitcoin, NVIDIA, the 5G network, and cloud services, substantially increases the demand for electricity. In addition to this, the expansion of LNG facilities is expected to increase exports and drivers like reliability and sustainability, and we are facing a significant increase in energy demands. With this increased demand comes higher pricing for consumers.

Amidst rising electricity demands driven by Bitcoin mining, AI, and digital currencies, businesses are encountering pricing uncertainties. To navigate this evolving landscape, implementing robust energy management and procurement strategies is imperative. For expert guidance and innovative solutions, reach out to Brilliant Source Energy today and secure a sustainable energy future for your business.

Related Post

Uncategorized

The Business Case for Emission-Free Energy Certificates (EFECs)

Energy is no longer just a cost—it’s a carbon risk, a brand signal, and an ESG performance metric. For businesses aiming to decarbonize quickly and affordably, Emission-Free Energy Certificates (EFECs) offer a strategic advantage.
In this post, we’ll explore why EFECs are more than just a green solution—they’re a smart investment in your company’s financial, environmental, and reputational future.

Read More »
Uncategorized

Excise Surcharge

This finding deals with an excise surcharge set by the state of Ohio. In return, our team worked with the State to reduce the surcharge

Read More »

Credits to Reduce Your Carbon Footprint

As climate change continues to make headlines almost every day, it may seem that making a difference is too large a feat for one individual or company to take on. Luckily, reducing your footprint is easier than you may think. There are a variety of available options for lowering greenhouse gas emissions, one being Emission-Free Energy Credits or EFECs. Here is a look into how these credits work as a sustainable energy solution.

Read More »
Uncategorized

What Are EFECs and Why Your Business Should Care

Sustainability isn’t just a buzzword anymore—it’s a boardroom imperative. As organizations face increasing pressure from regulators, customers, and investors to reduce carbon emissions, businesses are looking for energy solutions that are reliable, cost-effective, and ESG-compliant.
One powerful and underutilized tool is the Emission-Free Energy Certificate (EFEC).

Read More »