Although large-scale mining operations have historically dominated Bitcoin production, the question of true decentralization within the network remains a significant concern. Canaan, the innovative firm responsible for developing the pioneering ASIC Bitcoin miner, is actively working to foster a more distributed mining landscape.
Their newest offering, the Avalon Q home miner, is designed to bring professional-level Bitcoin mining capabilities directly to individual users. This device boasts a 90 TH/s hashrate coupled with an impressive 18.6 J/TH energy efficiency, all within a compact and quiet design that easily integrates into residential settings.
In this insightful interview, Dr. Li, Vice President of Canaan, discusses the resurgence of home-based mining and Canaan’s commitment to upholding the foundational principles of Bitcoin (BTC) – namely decentralization and financial independence – through their Avalon Home Mining Series.
Cointelegraph: What was the driving force behind your decision to bring mining back into the homes of individual users?
Dr.Li: At Canaan, our dedication to decentralization is deeply rooted in our history, dating back to 2013 when our founder, NG Zhang, revolutionized the industry with the introduction of the world’s first ASIC Bitcoin miner, the Avalon1. Notably, he also chose to open-source its chip design.
This groundbreaking decision served as inspiration and empowerment for individuals globally, enabling them to independently mine Bitcoin, thereby distributing hash power and fortifying the network. This spirit of accessibility paved the way for other major players to follow suit.
Today, our home mining product line, particularly the Avalon Q, embodies this same core mission. We are not simply manufacturing equipment; instead, we are developing the necessary tools to broaden accessibility and empower individuals to actively participate in the Bitcoin ecosystem.
In an environment primarily characterized by large industrial operations, we firmly believe that mining should be accessible to everyone involved in the Bitcoin community. This extends beyond just hashrate; it’s about supporting Bitcoin’s fundamental principles: decentralization, financial autonomy, and long-term sustainability.
CT: What broader trends are making home mining a more feasible option for everyday enthusiasts?
DL: We’re currently observing a confluence of factors that make home mining a more attractive and viable option than ever before. In terms of energy, the decreasing costs of renewable energy sources, coupled with grid buyback programs and time-of-use pricing, enable home miners to optimize their energy consumption and offset expenses. This transcends traditional mining; it is now an integrated, homegrown energy strategy.
Innovation in hardware is also accelerating. Canaan’s newest machines, including the Avalon Q, Mini 3, and Nano 3S, are user-friendly, cost-effective, and energy-efficient. Innovative features such as heat recovery transform miners into dual-purpose technologies that generate sats while simultaneously heating your residence.
Culturally, there is renewed interest in decentralization, DIY energy solutions, and financial independence. As Bitcoin regains prominence, more individuals are becoming interested and engaged. Home mining communities are rapidly expanding, sharing knowledge, setups, and support.
Economics, technology, and culture are uniquely aligned to make home mining more significant than ever:
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Decreasing Renewable Energy Costs: The substantial decline in the cost of solar and wind power enables home miners to offset their electricity expenditures.
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Grid Buyback Programs: Numerous regions now provide favorable net metering policies, enabling miners to sell surplus self-generated power.
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Time-of-Use Pricing: Savvy miners can strategically mine during off-peak hours to capitalize on the lowest electricity prices.
CT: How do evolving regulations and utility-grid policies worldwide impact the adoption rate of home mining?
DL: The interplay between regulatory frameworks and grid policies is creating unique regional adoption patterns for home mining:
In the US, states like Texas are supportive of mining due to low electricity rates, while others like New York are imposing limitations. The classification as residential versus commercial can significantly affect the cost structure.
Canada offers hydro-powered advantages in provinces such as Quebec, although crypto-specific tariffs and permitting stipulations may vary.
Across Europe, elevated energy prices and EU carbon policies are driving miners toward efficiency and renewable energy sources. Certain countries are incentivizing miners who can function as “interruptible loads.”
In Japan and South Korea, stable regulations and significant interest in cryptocurrency are supporting early adoption, even though tiered electricity pricing could constrain growth.
Globally, real-time pricing and grid flexibility incentives are becoming more prevalent.
In summary, regions characterized by regulatory clarity, affordable electricity, and progressive grid policies are emerging as home mining hotspots. Anyone interested in mining should remain informed about evolving local policies that could influence their opportunities.
CT: Canaan is renowned for launching the first ASIC Bitcoin miner. What key lessons from that pioneering phase shaped the design philosophy behind the Avalon Q?
DL: Pioneering the first ASIC Bitcoin miner taught us a valuable lesson: innovation is not a one-time achievement; it’s a continuous process. We’ve discovered that performance is merely the starting point. True breakthroughs occur when you combine robust technology with user-friendly adaptability.
Most importantly, we have consistently listened to our users. The feedback from our community over the years has directly influenced every iteration, from the Avalon A series to the Q. Elements like app control, heat management, and plug-and-play design weren’t mere afterthoughts; they were solutions engineered by our team for individuals seeking to mine smarter, not harder.
CT: You describe Avalon Q as a “plug-and-play” appliance. What engineering choices help it integrate seamlessly into a living room instead of a server rack?
DL: We designed the Avalon Q to feel less like managing a server and more like owning a smart home device. It’s the first professional-grade miner engineered to operate on a standard 110V outlet, eliminating the need for specialized wiring or setup. Just plug it in and start mining.
Noise reduction was a key priority, thus the “Q” for quiet. Traditional miners can generate noise levels of up to 75dB (comparable to a vacuum cleaner), whereas the Avalon Q operates at just 45dB, approximately the sound level of a household refrigerator. This makes it suitable for living rooms, home offices, or shared spaces where quiet is essential.
The Avalon Family App provides a simple, remote-access interface with smart power modes, enabling users to switch between efficiency and performance as needed. Every aspect, from its 110V power supply to its acoustic design, was meticulously engineered for seamless integration into modern daily life.
CT: Performance-wise, how does Avalon Q compare to top industrial rigs across key metrics?
DL: While the Avalon Q is not intended to compete with high-end industrial rigs like the A15Pro in terms of raw hashrate, its positioning as a home mining solution offers a different set of value metrics. With a hashrate of 90 TH/s and exceptional energy efficiency, it provides solid performance for its category. However, its advantages are most evident in practical scenarios where traditional profitability models fall short.
Self-generated power, such as solar, can substantially decrease energy costs. Heat recovery offsets home heating expenses, especially in colder climates. Moreover, certain regions provide more favorable regulatory treatment for residential setups.
Most importantly, it caters to individuals mining for long-term Bitcoin accumulation, network decentralization, or personal sovereignty, rather than solely focusing on immediate profit. The Avalon Q isn’t designed for hashrate competitions; it’s redefining the mining landscape. It is for individuals who believe in Bitcoin’s technology and benefits, and wish to make it a standard fixture in their home.
CT: Are you planning any integrations with smart-home ecosystems? How would such integration work?
DL: Absolutely, smart home integration is central to our vision. Our Avalon Family App makes it incredibly easy for users to adjust performance modes, track temperature, and monitor uptime.
However, what’s truly unique about our home series is that while most smart devices simply enhance convenience, Canaan miners actually empower your home to work for you—generating Bitcoin, bolstering decentralization, and lowering heating expenses. This represents next-generation smart technology.
Yet, transforming the future of Bitcoin and energy demands more than just hardware; it requires an active and innovative community. That’s why we launched the #CanaanHeatFlipChallenge, a viral trend designed to stimulate a shift in mindset regarding energy recycling and the future-proofing of our homes and habits.
♻️ Heat with Purpose | #CanaanHeatFlipChallenge
We’re flipping the narrative on wasted heat. Home miners everywhere are finding creative, sustainable ways to repurpose heat from their rigs — and we want to see yours.💡 Warm a room, dry laundry, heat a cup of coffee, bake a… pic.twitter.com/wo50s5beP9
— Canaan Inc. (@canaanio) May 9, 2025
We’ve already seen individuals utilizing our miners to leaven bread dough and even warm chicken coops! We appreciate the community’s enthusiastic response to the movement and are excited to observe its growth as our products evolve.
CT: Looking ahead to the 2030s, what structural changes do you anticipate will influence the miners’ business model?
DL: As we look to the future, miners will need to move beyond the traditional hash-per-dollar model. As block rewards decrease and difficulty increases, mining will undergo a fundamental shift.
Transaction fees will take precedence, replacing block subsidies as the primary source of revenue. This change implies heightened volatility, tighter margins, and a greater focus on efficient and responsive infrastructure.
Miners will also become deeply integrated with the energy industry, leveraging underutilized resources like flare gas, harnessing intermittent renewables, or serving as heat recovery and grid balancing systems.
We foresee hybrid mining facilities that function as both Bitcoin mines and AI compute hubs or edge data centers, sharing cooling and power infrastructure. In short, the miner of tomorrow will be securing the network while optimizing energy, developing multipurpose infrastructure, and transforming waste into value.
CT: What responsibility do hardware manufacturers like Canaan have in ensuring that hash power remains widely distributed, as opposed to concentrated in large-scale facilities?
DL: The development of our home mining series is proof of our firm commitment to upholding Bitcoin’s decentralization. When our founder, NG Zhang, introduced the first ASIC miner and open-sourced its chip design, he set a precedent for distributed mining.
We continue this legacy by delivering professional-grade tools to a broader market. Our Avalon Home series is designed to be energy-efficient, quiet, and compatible with standard home power, rendering mining accessible at the household level.
Decentralization isn’t just an ideal; it’s what makes Bitcoin strong. Our commitment to our customers is reflected in the fact that our products not only provide hashrate but also support a resilient and resourceful financial future for all involved.
Learn more about Canaan and the Avalon Q
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