Greenidge Generation LLC, a natural gas power producer based in Dresden, New York, has outlined the scale of its behind-the-meter bitcoin mining strategy, saying the facility currently has the capacity to mine roughly 5.5 BTC per day, or about $50,000 daily at the prices referenced in the announcement. The operation is housed at a 65,000-square-foot site and currently runs about 7,000 bitcoin mining machines drawing approximately 14MW of power.
The announcement positions Greenidge as an example of a power producer integrating electricity generation and digital asset mining at the same site. Rather than selling all of its output into the broader grid, the company uses part of its own generation capacity directly for bitcoin mining. This behind-the-meter structure is central to the company’s business model and, according to Greenidge executives, creates a way to participate in both energy economics and cryptocurrency mining margins.
$65 Million Backing Supports Conversion and Mining Buildout
A key part of the project is the capital committed by Atlas Holdings, the private equity firm working with Greenidge on the mining initiative. The partnership represents a $65 million investment into the facility. That funding did not go solely toward acquiring and installing the 7,000 miners already in place. It also covered broader conversion expenses and infrastructure upgrades required to support the site’s transformation and its new mining function.
According to the report, the facility had previously operated as a coal plant. Atlas and its partners invested significant effort to convert the site first into a natural gas and biomass facility, with the operation now using natural gas exclusively. Greenidge said the current mining operation was completed in less than four months with the help of industry partners and workers from surrounding counties in New York.
The company also indicated that the current setup may be only an early stage of a much larger buildout. Greenidge said the site has room to increase mining-related power capacity from 14MW to more than 106MW over time. It also noted that it is open to international investors interested in hosting arrangements or equity partnerships tied to the expansion.
Natural Gas, Continuous Operations, and the Case for On-Site Mining
Greenidge executives argued that the operating profile of a power plant aligns naturally with the always-on nature of bitcoin mining. Bitcoin mining is a 24/7 industrial process, and the company said that continuous asset management is already embedded in its operational culture.
CEO Dale Irwin said that running infrastructure reliably around the clock is part of the company’s identity as a power plant operator. He added that Greenidge has brought that same discipline to its mining operations. In his view, the project stands out because it combines power generation expertise with cryptocurrency specialization, creating what he described as a “one of a kind” project.
Irwin also linked the project to local economic benefits. He said Greenidge expects the operation to support jobs and generate tax revenue for local schools and government services, while reinforcing the company’s commitment to New York State and Yates County. Those claims fit into a broader narrative the company is building around industrial redevelopment, local economic activity, and long-term infrastructure use.
From Coal Conversion to Regulatory Positioning
Greenidge said the facility’s transition from coal to natural gas was completed in 2017. The company described the conversion as part of a shift toward a cleaner energy profile. It further stated that the site operates with approvals from the New York State Department of Environmental Conservation and the U.S. Environmental Protection Agency.
That regulatory positioning is especially important because energy-intensive bitcoin mining projects often draw scrutiny over emissions, power sourcing, and environmental impact. In presenting the Dresden facility, Greenidge emphasized that the plant’s conversion enabled it to produce cleaner energy than before while also creating jobs for the surrounding community. The company’s public messaging therefore combines mining economics with compliance and environmental stewardship.
Why “Behind-the-Meter” Matters
Kevin Zhang, director of Blockchain Strategies at Greenidge Generation, argued that behind-the-meter mining gives investors exposure to two overlapping sectors. In his words, a power plant that generates electricity behind the meter to energize its own mining operation allows investors to tap the profitability of both cryptocurrency markets and energy markets.
That concept is important because power is the largest recurring cost in most bitcoin mining operations. By locating miners directly at a generation asset and consuming electricity on site, a company may gain tighter control over power sourcing, infrastructure planning, and operating efficiency. Greenidge also suggested that substantial forethought, diligence, and collaboration went into shaping the project into an institutional-grade business designed to remain compliant and competitive over the long term.
The company’s framing reflects a broader trend in which infrastructure owners seek to pair stranded, excess, or underutilized energy with energy-intensive compute tasks. In bitcoin mining, this can be especially attractive because mining hardware can be deployed where power is available, and load can be scaled based on economics and facility constraints.
Part of a Wider Trend in Gas-Powered Crypto Mining
The Greenidge announcement also fits into a larger industry discussion around using natural gas, associated gas, or flare gas to support cryptocurrency mining. Over the prior two years, such approaches had increasingly been discussed as a way to improve energy utilization and reduce the waste associated with venting or flaring gas. The report referenced several companies pursuing similar ideas in different forms.
Among them, Upstream Data in Canada has worked on using vented gas for crypto mining operations. Crusoe Energy Systems has developed flare gas technology aimed at using otherwise wasted gas to mine cryptocurrency. EZ Blockchain has also developed a mobile flare mitigation system that can be deployed in different locations while supporting digital asset mining.
These examples underline a core thesis shared across the sector: if an energy producer has gas or electricity that is difficult to monetize efficiently through traditional channels, converting that energy into computational work may create an alternative revenue stream. In the case of bitcoin mining, that means turning on-site energy directly into mined BTC rather than selling the power externally or allowing the gas resource to go underused.
Potential Implications for Power Producers
Greenidge’s mining model may encourage other natural gas and power companies to evaluate similar strategies, particularly those with excess generation, available real estate, or infrastructure suitable for conversion. The report suggested that operators dealing with natural gas often face periods when excess energy cannot be sold as efficiently as desired. In some situations, gas may be vented or flared if production exceeds practical demand.
For such operators, bitcoin mining presents a different option: use the energy on site to generate digital assets that can be sold into a global market. That does not eliminate debates around emissions, economics, or regulation, but it does create a new decision framework for energy producers weighing how to monetize power that might otherwise be discounted, curtailed, or wasted.
Greenidge’s current scale remains modest relative to the proposed 106MW future capacity, but the announcement shows how quickly dedicated mining load can be added when generation assets, site control, financing, and industrial expertise are already in place. With 7,000 miners installed and a stated production rate of about 5.5 BTC per day, the Dresden project offers a concrete example of how traditional energy infrastructure is being adapted for digital asset production.
More broadly, the project illustrates a notable shift in the bitcoin mining industry: mining is no longer only the domain of standalone data-center operators chasing low-cost power contracts. It is increasingly intersecting with the strategies of energy producers themselves, particularly those looking to extract more value from existing generation assets. In Greenidge’s case, the company is making the argument that a converted natural gas power plant can serve as both an electricity producer and a vertically integrated bitcoin mining operation.