What are the electrical requirements for a 10-rig mining setup?

A 10-rig mining setup with six RTX 3060 Ti GPUs each consumes around 12.5 kW/hour, costing approximately $1,080/month at $0.12/kWh.

Jul 14, 2025 at 04:00 am

Understanding the Power Consumption of a 10-Rig Mining Setup

When setting up a 10-rig mining operation, one of the most critical considerations is power consumption. Each mining rig typically consists of multiple graphics processing units (GPUs), a motherboard, a power supply unit (PSU), and other peripheral components. The total electrical demand depends on several factors including the type of GPU used, the number of GPUs per rig, and the efficiency of the PSU.

For example, if each rig uses six NVIDIA RTX 3060 Ti GPUs, which consume approximately 200 watts per card, plus additional power for the motherboard, CPU, and peripherals, the total per-rig draw could be around 1250 watts. Multiply that by 10 rigs, and the baseline power requirement becomes 12,500 watts or 12.5 kilowatts (kW) per hour under full load.

Selecting the Right Power Supply Units (PSUs)

Choosing an appropriate power supply unit (PSU) for each rig is essential to ensure system stability and longevity. PSUs should have enough headroom to handle peak loads without overheating or failing. A 1600-watt PSU is often recommended for multi-GPU rigs to provide sufficient capacity and allow for future upgrades.

It’s also crucial to select 80 Plus Gold or Platinum certified PSUs, as they offer better energy efficiency and generate less heat. This not only reduces electricity costs over time but also contributes to a more stable operating environment. In a 10-rig setup, using high-quality PSUs across all systems ensures consistent performance and minimizes the risk of power-related failures.

• Make sure each rig's PSU has enough PCIe power connectors for all GPUs
• Verify compatibility between the motherboard and PSU connector types
• Use modular PSUs for easier cable management and airflow optimization

Calculating Total Energy Costs and Usage

To estimate monthly electricity costs, it's necessary to calculate the kilowatt-hours (kWh) consumed. Assuming each rig runs continuously at 1250 watts, the daily consumption per rig would be:

1.25 kW × 24 hours = 30 kWh/day

For 10 rigs:

30 kWh × 10 = 300 kWh/day

Over a 30-day period, this results in 9,000 kWh/month. If the local electricity rate is $0.12 per kWh, the monthly cost would be approximately:

9,000 × $0.12 = $1,080/month

These figures highlight the importance of electricity pricing when planning a mining operation. Miners often seek locations with low-cost electricity or even renewable energy sources to improve profitability. Additionally, monitoring tools can help track real-time consumption and identify inefficiencies.

Electrical Infrastructure and Circuit Requirements

Running a 10-rig mining farm places significant stress on household or commercial electrical circuits. Most residential circuits are rated for 15–20 amps at 120 volts, which equates to 1800–2400 watts. Since each mining rig may require more than 1000 watts, it’s clear that multiple dedicated circuits will be necessary.

A typical solution involves installing 240-volt industrial-grade outlets and using high-capacity breakers. For example, a 30-amp circuit at 240 volts provides 7,200 watts of available power. This allows for multiple rigs to be connected safely to a single circuit, provided the total wattage does not exceed the breaker rating.

• Install separate circuits for each group of rigs to avoid overloading
• Use heavy-duty extension cords or hardwired connections with proper gauge wiring
• Ensure grounding and surge protection are in place for all electrical components

Cooling and Environmental Considerations

Mining rigs generate a considerable amount of heat, especially when running at full capacity 24/7. Proper cooling infrastructure is vital to prevent thermal throttling, hardware degradation, and potential fires. The added electrical load from cooling equipment—such as fans, air conditioners, or exhaust systems—must also be factored into the overall power budget.

In small-scale operations, industrial fans and airflow optimization may suffice. However, larger setups might benefit from split AC units or ventilation ducts to maintain optimal temperatures. These systems themselves can add several hundred watts to the total electrical draw, so their impact shouldn't be overlooked.

• Monitor ambient temperature regularly using smart sensors
• Use insulated ducting to direct hot air away from rigs
• Implement automatic fan controllers based on temperature thresholds

Frequently Asked Questions

Q: Can I run a 10-rig mining setup on a standard home electrical system?

While technically possible, it requires careful planning. Most homes aren’t designed to handle sustained loads exceeding 10–15 kW, so modifications like dedicated circuits, upgraded breakers, and professional electrical work are usually required to operate safely and efficiently.

Q: What size circuit breaker do I need for a 10-rig mining farm?

Assuming a total draw of 12,500 watts at 240 volts, the current draw would be approximately 52 amps. Therefore, a 60-amp or higher breaker is advisable to provide a safety margin and accommodate startup surges.

Q: How much does it cost to run a 10-rig mining farm per day?

At 12.5 kW/hour and an average electricity rate of $0.12/kWh, the daily cost would be around $36/day. Actual costs vary depending on local utility rates, mining efficiency, and cooling requirements.

Q: Are there any energy-saving tips for reducing the electrical load of a mining farm?

Yes. You can reduce power consumption by:

• Using energy-efficient GPUs
• Enabling power-saving modes in BIOS or mining software
• Optimizing fan speeds and cooling efficiency
• Upgrading to high-efficiency PSUs (80+ Gold or Platinum)