Available Mining Farms
Our mining farm page is currently being updated. Please contact us for the latest mining farms available for sale and lease.
Houston

Houston

30 MW

6.5¢/kWh

Buy:Possible

Lease: $27.000

Structure: Container (client provides)

more details
Louisiana

Louisiana

500+ MW

2–3¢/kWh

Buy:$9M

Structure: Building

more details
Oregon

Oregon

10 MW

5.69¢/kWh

Buy:$3M

Lease: $2k/mo

Structure: Container

more details
Western Kentucky

Western Kentucky

2 MW

5.2¢/kWh

Buy:$3M

Structure: Container

more details
Kansas

Kansas

30 MW

2.7¢/kWh

Buy:$24.3M

Structure: Container

more details
Missouri

Missouri

75 MW

2–3¢/kWh

Buy:$25M

Structure: Container

more details
Okmulgee, OK Mining Farm for Sale

Okmulgee, OK Mining Farm for Sale

3000 kW

4.57¢/kWh

Buy:$3M

Structure: Container

more details
Tulsa, Oklahoma MiningFarm

Tulsa, Oklahoma MiningFarm

5-15 MW

0.05¢/kWh

Buy:

Lease:

Structure: Container

more details
Why Choose Us
  • Free, no obligation access to mining farms for sale and lease marketplace
  • Most cost-effective power rates in North America
  • Access to trusted sources for farms, containers, ASIC miners, hosting and more!
Get A Quote

Describe your needs and we will be in touch shortly with additional details and pricing information.

    True No Cost Referral Service

    We only include reliable providers in our database, and our consulting service is entirely free. Our recommendations are customized to your specific needs, such as location, budget, and power requirements. We connect you with qualified providers for pricing and additional information within hours.

    Become a Provider
    How It Works
    Step 1
    Step 1
    Submit Your Request

    Share your specific needs (e.g., power, location, etc.).

    Step 2
    Step 2
    Get Quotes Quickly

    Connect with Bob (or sales) via email or phone to review your specifications. Clients will receive immediate provider contacts and pricing.

    Step 3
    Step 3
    Make An Informed Decision

    Multiple qualified providers will connect with you directly. You decide on which option is best for organization. There is no obligation.

    Frequently Asked Questions
    We’re happy to answer your questions
    Is your service free?

    Yes! Our service is completely free for buyers. Whether you’re searching for a bitcoin mining farm, a crypto miner for sale, or exploring mining businesses for sale, we provide access to verified listings without any cost to you.

    How will you select the best mining farms for me?

    We evaluate multiple factors such as location, energy costs, equipment condition, and operational history. Whether you’re interested in a fully operational bitcoin mining farm or looking for crypto mining containers for sale, our team ensures you receive tailored options that fit your specific needs.

    Will you call or email me after I submit a quote?

    Yes, after you request a quote for any bitcoin miners for sale or crypto miners for sale, our team will reach out via your preferred method — phone or email — to discuss details and help you make an informed decision.

    What if I have a specific question, can you consult me?

    Absolutely. Our experts are ready to consult you on anything from purchasing a bitcoin mining rig for sale to understanding market trends in mining businesses for sale or evaluating bitcoin mining farms.

    What are the most important parameters when choosing a mining farm?

    Key factors include:

    Electricity rates (PPA agreements)

    Mining hardware (type and model of bitcoin miners for sale)

    Facility infrastructure (availability of crypto mining containers for sale)

    Cooling systems

    Scalability and future expansion options

    Legal and regulatory environment

    What type of mining farms are available for sale?

    Some listings are just raw land with cost-effective power with an electrical substation on site. Others are existing mining farms with everything ready to go.

    Why are mining farms for sale?

    We offer a diverse selection of bitcoin mining farms and crypto mining farms. Options include turnkey operations, partially built sites, and fully custom setups. Whether you’re seeking a bitcoin miner for sale or a large-scale facility, we can connect you with the right opportunity.

    What is a purchase power agreement (PPA)?

    A PPA (Purchase Power Agreement) is a contract between the mining farm and an energy supplier, locking in electricity rates for a specific term. PPAs are crucial when evaluating any crypto mining farm or bitcoin mining farm, as energy costs directly impact profitability.

    Do you have contacts with companies who can build a mining farm for me too?

    Yes! Beyond helping you find bitcoin mining rigs for sale and existing crypto miners for sale, we also work with trusted partners who can design and build custom bitcoin mining farms, including providing crypto mining containers for sale to suit your operational needs.

    Can I finance the purchase of a bitcoin mining farm?

    Yes, financing options are available for certain bitcoin mining farms and mining businesses for sale. We can connect you with financing partners who specialize in crypto mining investments, depending on the deal size, location, and your financial profile.

    What is the difference between buying new and used bitcoin miners for sale?

    New bitcoin miners for sale usually come with manufacturer warranties, higher efficiency, and the latest technology. Used crypto miners for sale may offer lower upfront costs but could have shorter lifespans or reduced performance. We help buyers evaluate both options based on ROI and long-term value.

    Can you help me relocate my existing mining operation?

    Yes. We work with logistics and engineering partners who specialize in relocating bitcoin mining farms, whether you’re moving individual bitcoin miners for sale or entire crypto mining farms to a new location with better electricity rates or regulatory advantages.

    How much electricity does a bitcoin mining farm consume?

    A typical bitcoin mining farm can consume anywhere from a few hundred kilowatts to multiple megawatts depending on size and equipment. Understanding your facility’s power needs is crucial before investing in mining businesses for sale or acquiring bitcoin miners for sale.

    What’s better: owning my own mining farm or colocating my miners?

    Both have advantages. Owning your own bitcoin mining farm offers full control but comes with higher responsibilities and capital costs. Colocation allows you to purchase bitcoin miners for sale and host them in third-party facilities with professional management, which may lower operational complexity.

    Buy a Crypto Mining Farm vs Build

    Cryptocurrency mining can be a lucrative investment, but one of the biggest decisions investors face is whether to buy an existing mining farm or build one from scratch. While building may seem appealing for customization, buying an operational farm is often the smarter, faster, and more profitable choice.

    This guide explores all key parameters to help you make an informed decision.

    Cost Considerations

    Buying

    Upfront Cost:

    Higher initial investment but includes operational infrastructure and immediate revenue.

    Lower Risk:

    Existing farms have track records, making ROI estimation more predictable.

    Financing Options:

    Easier to secure loans and investors due to an already functioning setup.

    Building

    Potential for Lower Initial Cost:

    If planned properly, building may be cheaper, but costs can escalate.

    Customization:

    Allows complete control over infrastructure and efficiency improvements.

    Hidden Expenses:

    Infrastructure, land, and permitting costs can exceed expectations.

    Return on Investment (ROI)

    Buying

    Immediate Profitability:

    Generates income from day one, reducing financial risk.

    Proven Performance:

    Existing data makes predicting future earnings more reliable.

    Potential Equipment Aging:

    Some farms may require equipment upgrades sooner than expected.

    Building

    Higher Potential ROI:

    Selecting the best hardware and infrastructure can yield better returns over time.

    Delayed Profitability:

    Requires significant time before reaching operational efficiency.

    Higher Risk of Cost Overruns:

    Unexpected delays and market changes can impact ROI.

    Time Commitment

    Buying

    Immediate Operations:

    No waiting period—start mining right away.

    Less Complexity:

    No need to manage contractors, permits, and hardware procurement.

    Seamless Transition:

    Many sellers provide training and support for a smooth handover.

    Building

    Significant Time Investment:

    Setup can take months, delaying profitability.

    Regulatory Delays:

    Obtaining necessary permits and approvals can be time-consuming.

    Operational Learning Curve:

    Managing a mining farm requires deep industry knowledge.

    Power and Energy Efficiency

    Buying

    Pre-Negotiated Power Rates:

    Many mining farms already have agreements in place for low-cost electricity.

    Existing Infrastructure:

    No need to set up energy distribution or cooling solutions.

    Limited Optimization:

    Some older setups may not be as efficient as modern builds.

    Building

    Potential for Lower Power Costs:

    Choosing the right location can result in cheaper energy.

    Modern Efficiency:

    New builds allow investment in the latest cooling and power-saving technologies.

    Longer Payback Period:

    Higher upfront costs for power solutions may extend ROI timelines.

    Infrastructure and Location

    Buying

    Turnkey Solution:

    Fully functional with existing cooling, security, and networking.

    Established Location:

    No need to scout and test new areas.

    Potential Expansion Limitations:

    Some locations may have restrictions on scalability.

    Building

    Custom Location Choice:

    Ability to select tax-friendly and energy-efficient regions.

    Scalability:

    Farms can be designed for future expansion.

    Longer Lead Time:

    Requires building from scratch, leading to delays.

    Regulatory and Compliance Factors

    Buying

    Pre-Approved Compliance:

    Existing farms have already met legal requirements.

    Fewer Bureaucratic Hurdles:

    No need to go through lengthy approval processes.

    Potential Legal Risks:

    Requires thorough due diligence on existing contracts and obligations.

    Building

    Extensive Regulatory Process:

    Multiple approvals needed before operations can start.

    Greater Compliance Control:

    Tailor operations to meet modern standards.

    Time-Consuming Permitting:

    Can delay profitability significantly.

    Maintenance and Operational Complexity

    Buying

    Trained Staff Availability:

    Often includes experienced employees to ensure smooth operations.

    Predictable Maintenance Costs:

    Easier to budget for upkeep and repairs.

    Potential Upgrade Costs:

    Some farms may require immediate hardware or software updates.

    Building

    Self-Managed Operations:

    Hiring and training a team from scratch takes time and effort.

    More Control Over Hardware:

    Ability to install the latest mining rigs, but with higher responsibility.

    Unexpected Maintenance Issues:

    New setups face higher risks of early failures and inefficiencies.

    Conclusion: Which Option is Best?

    Buy a Mining Farm If:

    You want immediate returns without the hassle of setup.

    You have the capital to invest in a proven, operational system.

    You prefer a lower-risk investment with predictable expenses.

    You want to avoid regulatory and permitting challenges.

    You value quick entry into the crypto mining industry.

    Build a Mining Farm If:

    You have technical expertise and industry knowledge.

    You want full control over location, energy costs, and infrastructure.

    You are willing to take on more risk for potentially better long-term returns.

    You have the patience to navigate regulatory approvals and infrastructure development.

    You prefer customized scalability and efficiency optimizations.

    Both buying and building have their pros and cons. If you prioritize immediate profitability, lower risks, and operational stability, buying a mining farm is the better option. If you have the technical expertise, patience, and resources to optimize for long-term returns, building a mining farm may be a viable choice.

    Ultimately, careful research and financial planning are key to making the right decision for your crypto mining investment.

    From the owner

    “Why QuoteColo is Unique: We’re not a data center trying to sell you on our facility – we’re a broker with 500+ partner data centers. That means our only job is to find YOUR best fit. We compare providers and hand-pick the ones that meet your needs. You get unbiased recommendations at no charge.”

    Join our mission
    Bob Spiegel, CEO at www.quotecolo.com
    Case Studies
    hiw
    Colocation
    Colocation
    Power Density: High power (500W+) for 1U server
    Location: Opus Interactive, USA
    hiw
    Bitcoin Mining Containers
    Bitcoin Mining Containers
    Purpose: Recycling end-of-life miners for value optimization
    Partnership: Connected with reliable refurbishing partners via QuoteColo
    hiw
    Mining Hosting
    Mining Hosting
    Hosting Service: Secure ASIC Hosting Solutions
    Support: Monthly updates and market insights

    New / Used Miners, Containers and Mining equipment for sale

    Available equipment for sale

    – Miners [New / Used]
    – Transformers
    – Miner parts
    – Power supply units
    – Cooling Solutions
    – Mining Containers/Farms

    View All Products

    Things to Consider When Buying a Crypto Mining Farm

    Hardware Condition and Efficiency

    Mining Equipment Assessment

    • Identify the models of mining rigs used (ASICs, GPUs) and their efficiency.
    • Evaluate leading ASIC miner models such as the Bitmain Antminer S21, MicroBT Whatsminer M66 and Canaan Avalon А15661.
    • Check the age of the hardware—older machines may be less profitable due to reduced hash rates and higher power consumption.
    • Review the maintenance history to see if repairs or replacements will be needed soon.
    • Assess the cooling system’s effectiveness, as inefficient cooling leads to overheating and potential downtime.

    Hashrate and Profitability

    Verify the farm’s total hashrate and compare it against market profitability rates.

    Look at historical earnings and factor in potential hardware depreciation.

    Consider the impact of future difficulty increases on expected returns.

    Power Supply and Costs

    Electricity Contracts and Infrastructure

    Review existing electricity agreements to ensure competitive pricing and long-term stability.

    Verify the power source (renewable vs. non-renewable) and backup power solutions in case of outages.

    Examine the reliability of transformers, power distribution units (PDUs), and uninterruptible power supplies (UPS).

    Assess the facility’s ability to handle load balancing and peak power demand management.

    Renewable Energy Considerations

    Farms relying on solar, wind, or hydroelectric power benefit from lower operational costs but may face regulatory uncertainty.

    Under a Trump presidency, there may be a shift in energy policies favoring fossil fuels, potentially impacting government incentives for renewable energy use in mining operations.

    Consider locations with long-term government subsidies for green energy projects to ensure cost stability.

    Power Efficiency Optimization

    Assess the facility’s Power Usage Effectiveness (PUE) to determine energy efficiency.

    Investigate cooling solutions—air cooling, immersion cooling, and direct-to-chip liquid cooling can significantly improve efficiency.

    Identify any opportunities to renegotiate power contracts for better pricing.

    Evaluate the feasibility of on-site energy generation through microgrids or independent power producers (IPPs).

    Location and Regulatory Compliance

    Legal and Zoning Considerations

    Ensure the mining farm operates in a jurisdiction with favorable crypto mining regulations.

    Verify local zoning laws and environmental impact restrictions.

    Check for any pending legal issues related to the farm, such as permit violations.

    Climate and Environmental Factors

    Assess the local climate—colder regions reduce cooling costs, while hotter areas require higher cooling investments.

    Verify flood, earthquake, and other environmental risks that could affect operations.

    Operational Costs and Scalability

    Ongoing Maintenance Expenses

    Calculate the cost of spare parts and technician salaries for ongoing equipment maintenance.

    Assess the frequency of necessary upgrades and downtime due to repairs.

    Expansion and Future Growth

    Check whether the farm has the infrastructure and space to scale operations.

    Evaluate if the existing power grid can support additional mining equipment.

    Consider the feasibility of transitioning to more efficient hardware in the future.

    Financial and Market Factors

    Investment Risk Analysis

    Review market trends in cryptocurrency prices and mining difficulty to estimate future profitability.

    Ensure that revenue projections account for potential fluctuations in mining rewards and energy costs.

    Analyze the break-even point and how long it will take to recover the initial investment.

    Seller Reputation and Contracts

    Investigate the credibility of the seller and the farm’s financial history.

    Ensure contracts include clear terms regarding asset transfers, warranties, and liabilities.

    Seek legal and financial advisors to assist in contract negotiations.

    Power Supply and Costs

    Electricity Contracts and Infrastructure

    Review existing electricity agreements to ensure competitive pricing and long-term stability.

    Verify the power source (renewable vs. non-renewable) and backup power solutions in case of outages.

    Examine the reliability of transformers, power distribution units (PDUs), and uninterruptible power supplies (UPS).

    Assess the facility’s ability to handle load balancing and peak power demand management.

    Renewable Energy Considerations

    Farms relying on solar, wind, or hydroelectric power benefit from lower operational costs but may face regulatory uncertainty.

    Under a Trump presidency, there may be a shift in energy policies favoring fossil fuels, potentially impacting government incentives for renewable energy use in mining operations.

    Consider locations with long-term government subsidies for green energy projects to ensure cost stability.

    Power Efficiency Optimization

    Assess the facility’s Power Usage Effectiveness (PUE) to determine energy efficiency.

    Investigate cooling solutions—air cooling, immersion cooling, and direct-to-chip liquid cooling can significantly improve efficiency.

    Identify any opportunities to renegotiate power contracts for better pricing.

    Evaluate the feasibility of on-site energy generation through microgrids or independent power producers (IPPs).

    Cooling Systems and Heat Management

    Cooling Technologies in Mining Farms

    Air Cooling: Standard cooling method using high-powered industrial fans. Effective in colder climates but inefficient in high-density farms.

    Liquid Immersion Cooling: Mining rigs are submerged in non-conductive dielectric fluid, reducing heat and extending hardware lifespan.

    Direct-to-Chip Liquid Cooling: Specialized cooling plates attached to ASIC chips, providing targeted heat dissipation.

    Phase-Change Cooling: Uses refrigerant-based systems to extract heat more efficiently than traditional air cooling.

    Heat Dissipation and Climate Considerations

    Farms in colder regions benefit from natural cooling, reducing energy consumption.

    Overheating can cause hash rate throttling, leading to efficiency losses and unexpected downtimes.

    Efficient heat reuse strategies, such as using excess heat for agricultural applications, residential heating, or industrial processes, can improve farm profitability.

    Location and Regulatory Compliance

    Legal and Zoning Considerations

    Ensure the mining farm operates in a jurisdiction with favorable crypto mining regulations.

    Verify local zoning laws and environmental impact restrictions.

    Check for any pending legal issues related to the farm, such as permit violations.

    Climate and Environmental Factors

    Assess the local climate—colder regions reduce cooling costs, while hotter areas require higher cooling investments.

    Verify flood, earthquake, and other environmental risks that could affect operations.

    Operational Costs and Scalability

    Ongoing Maintenance Expenses

    Calculate the cost of spare parts and technician salaries for ongoing equipment maintenance.

    Assess the frequency of necessary upgrades and downtime due to repairs.

    Expansion and Future Growth

    Check whether the farm has the infrastructure and space to scale operations.

    Evaluate if the existing power grid can support additional mining equipment.

    Consider the feasibility of transitioning to more efficient hardware in the future.

    Financial and Market Factors

    Investment Risk Analysis

    Review market trends in cryptocurrency prices and mining difficulty to estimate future profitability.

    Ensure that revenue projections account for potential fluctuations in mining rewards and energy costs.

    Analyze the break-even point and how long it will take to recover the initial investment.

    Seller Reputation and Contracts

    Investigate the credibility of the seller and the farm’s financial history.

    Ensure contracts include clear terms regarding asset transfers, warranties, and liabilities.

    Seek legal and financial advisors to assist in contract negotiations.