Uploaded August 2025 | Updated September 2026, 2 weeks ago
Can home Bitcoin mining still work in 2025? In this hands-on review, I share my real-world experience running the Canaan Avalon Q ASIC miner in a solar-powered, battery-backed hybrid setup. You’ll see actual power usage, mining performance, heat reuse strategies, and the economics of small-scale mining using real-time electricity pricing from Amber Electric in Australia.
See the blog post with even more details on the Tech Explorations blog: wp.techexplorations.com/blog/review/canaan-avalon-q-bitcoin-miner-review-my-experience-with-hybrid-solar-setup-heat-recovery
This video covers:
• How SHA-256 mining works
• Why home miners use F2Pool and NiceHash
• My hybrid energy setup: solar, battery, and grid
• Daily performance data and operating modes
• Heat reuse during winter
• Integration plans with Amber API for automated mining control
Resources mentioned
• F2Pool mining pool: f2pool.com
• NiceHash mining marketplace: nicehash.com
• Amber Electric (wholesale electricity in Australia): https://www.amber.com.au
• Canaan Avalon Q product page: canaan.io/product/avalonminer-q-series
#hashtags
#bitcoinmining #asicminer #homecrypto #avalonQ #solarmining #amberelectric #miningexperiment
3. Video Chapters with Timestamps
00:00 Introduction
00:40 What This Video Covers
01:00 How Bitcoin SHA-256 Mining Works
01:50 Global Hashrate vs Home Mining
02:10 Why Use Mining Pools
02:30 F2Pool and NiceHash Overview
03:00 My Hybrid Power Setup
03:50 Power Draw and Efficiency
04:30 Solar and Battery Optimization
05:10 Managing Electricity Costs with Amber
05:50 Automatic Power Switching
06:15 Heat Reuse as Lab Heater
06:45 Thermal and Acoustic Performance
07:10 Daily Operation with Avalon App
07:40 Switching Power Modes Live
08:10 Web Dashboard and Device Display
08:30 Wired and Wi-Fi Networking
08:40 Is It Profitable?
09:10 Real-World Variables and Volatility
09:50 Strategic Mining Approach
10:10 Developing Control Software
10:50 Smart Automation with Amber API
11:40 Solar Integration and Forecasting
12:10 Demand-Based Optimization
12:50 Performance Summary
13:20 Final Thoughts on Avalon Q
14:00 Summer Mining Plans and Next Steps
14:20 Subscribe and Share Your Experience
Can home Bitcoin mining still work in 2025? In this hands-on review, I share my real-world experience running the Canaan Avalon Q ASIC miner in a solar-powered, battery-backed hybrid setup. You’ll see actual power usage, mining performance, heat reuse strategies, and the economics of small-scale mining using real-time electricity pricing from Amber Electric in Australia.
See the blog post with even more details on the Tech Explorations blog: wp.techexplorations.com/blog/review/canaan-avalon-q-bitcoin-miner-review-my-experience-with-hybrid-solar-setup-heat-recovery
This video covers:
• How SHA-256 mining works
• Why home miners use F2Pool and NiceHash
• My hybrid energy setup: solar, battery, and grid
• Daily performance data and operating modes
• Heat reuse during winter
• Integration plans with Amber API for automated mining control
Resources mentioned
• F2Pool mining pool: f2pool.com
• NiceHash mining marketplace: nicehash.com
• Amber Electric (wholesale electricity in Australia): https://www.amber.com.au
• Canaan Avalon Q product page: canaan.io/product/avalonminer-q-series
#hashtags
#bitcoinmining #asicminer #homecrypto #avalonQ #solarmining #amberelectric #miningexperiment
3. Video Chapters with Timestamps
00:00 Introduction
00:40 What This Video Covers
01:00 How Bitcoin SHA-256 Mining Works
01:50 Global Hashrate vs Home Mining
02:10 Why Use Mining Pools
02:30 F2Pool and NiceHash Overview
03:00 My Hybrid Power Setup
03:50 Power Draw and Efficiency
04:30 Solar and Battery Optimization
05:10 Managing Electricity Costs with Amber
05:50 Automatic Power Switching
06:15 Heat Reuse as Lab Heater
06:45 Thermal and Acoustic Performance
07:10 Daily Operation with Avalon App
07:40 Switching Power Modes Live
08:10 Web Dashboard and Device Display
08:30 Wired and Wi-Fi Networking
08:40 Is It Profitable?
09:10 Real-World Variables and Volatility
09:50 Strategic Mining Approach
10:10 Developing Control Software
10:50 Smart Automation with Amber API
11:40 Solar Integration and Forecasting
12:10 Demand-Based Optimization
12:50 Performance Summary
13:20 Final Thoughts on Avalon Q
14:00 Summer Mining Plans and Next Steps
14:20 Subscribe and Share Your Experience
![[170] Arduino Getting Started: Analog input potentiometer example](https://i.ytimg.com/vi/mzv6Yj0Lfu4/mqdefault.jpg "[170] Arduino Getting Started: Analog input potentiometer example
In this tutorial, we demonstrate how to use a potentiometer as an analog input to control the brightness of an LED using an Arduino. We cover the code in detail, showing how to read the potentiometers value, map it to control an LED, and print the value to the serial monitor.
🕒 Timestamps
00:00 - 00:05: Introduction
00:05 - 00:35: Declaring Variables
00:35 - 00:47: Setup Function
00:47 - 01:07: Reading Potentiometer Value
01:07 - 01:23: Mapping Value for LED Brightness
01:23 - 01:36: Setting LED Brightness
01:36 - 01:55: Sending Value to Serial Monitor
01:55 - 02:08: Adding Delay
02:08 - 02:22: Demonstration Recap
02:22 - 02:34: Upload and Test
02:34 - 02:57: Application and Uses
02:57 - 03:05: Conclusion
This series is possible thanks to the kind support of Sunfounder, an online store that sells high-quality hardware and kits for Makers. Visit Sunfounder at https://sunfounder.com.
In this series, I use the SunFounder 3 in 1 Ultimate Starter Kit with Original Arduino Uno R4 Minima, including high-quality sensors, actuators, power supplies, and Original Arduino Uno R4 Minima for diverse projects and skill-building. Get it (affiliate link): https://www.sunfounder.com/collections/arduino-kits/products/sunfounder-3-in-1-ultimate-starter-kit-with-original-arduino-uno-r4-minima?ref=bXS65iah
📖 Main Learning Objectives
Understand how to declare and initialize variables for Arduino projects.
Learn to set up and configure pins for input and output.
Read analog values from a potentiometer using analogRead.
Map analog values to a different range suitable for controlling outputs.
Control LED brightness using analogWrite.
Send data to the serial monitor for debugging and monitoring.
Implement a delay to improve the readability of the serial output.
Invitation to Subscribe
If you found this tutorial helpful, please give it a thumbs up and subscribe to our channel for more Arduino tutorials. Your support motivates us to keep crafting content that fuels your maker journey. Until next time, keep experimenting and exploring.")
