My solar-powered and self-hosted website
Dries Buytaert has created a solar-powered website on a Raspberry Pi to promote sustainable web hosting, utilizing a solar panel and battery, while encouraging others to consider eco-friendly hosting solutions.
Read original articleDries Buytaert has developed a solar-powered, self-hosted website using a Raspberry Pi Zero 2 W, located on his rooftop in Boston. The project aims to explore sustainable web hosting by utilizing a 50-watt solar panel and an 18 amp-hour Lithium Iron Phosphate battery. The website, accessible at https://solar.dri.es, serves as a platform for sharing technical details and experiences related to the setup. Buytaert's goal is to demonstrate a local-first approach to web hosting, emphasizing environmental sustainability, even if it results in occasional downtime during unfavorable weather conditions. The Raspberry Pi, chosen for its energy efficiency, consumes minimal power, allowing it to run for days on battery. The project also includes a monitoring system that tracks solar output and battery status, with data displayed on a dashboard on Buytaert's main website. While the energy savings and environmental impact of this setup are modest, the initiative serves as a conversation starter about greener web hosting practices. Buytaert hopes to inspire others in the web community to consider similar sustainable hosting solutions.
- Dries Buytaert created a solar-powered website using a Raspberry Pi to promote sustainable web hosting.
- The project utilizes a 50-watt solar panel and an 18 amp-hour battery, emphasizing energy efficiency.
- The website may experience downtime during cloudy weather, highlighting the challenges of solar hosting.
- Monitoring tools provide real-time data on solar output and battery status, accessible via a dashboard.
- The initiative aims to inspire others to rethink web hosting and sustainability practices.
Related
Buy or Rent? RaspberryPi vs. VPS
Andrea Grandi discusses choosing between a Raspberry Pi 5 and a VPS for self-hosting. He compares costs, complexities, and pros/cons. Grandi found a solution combining benefits, easy setup, and no cost. Personal priorities determine the choice.
Extreme Pi Boot Optimization
The Raspberry Pi Zero 2 W is optimized for a solar-powered WiFi camera project, achieving a boot time of approximately 3.5 seconds by minimizing energy consumption and disabling unnecessary hardware features.
Pieter's Official Homepage on the World Wide Web
Pieter.com showcases Pieter Mouthaan's projects, features an FTP server, shares a Dutch butter cake recipe, details his workout routine, and has migrated to a VPS for better development flexibility.
Building an e-ink weather display for our home
The article describes a DIY project to build a battery-powered e-ink weather display, focusing on design, challenges, and successful assembly, completed in three weeks with an emphasis on familiar tools.
Solarpunk Web Server
The author shares their solarpunk web server project using a modified solar charger and a Wemos S2 mini board. The project emphasizes sustainability, with plans for future enhancements and features.
My site is entirely off-grid and runs all my primary servers: https://www.earth.org.uk/
Also this one: https://git.solarcene.community/smallsolar/nanopi_setup
Related
Buy or Rent? RaspberryPi vs. VPS
Andrea Grandi discusses choosing between a Raspberry Pi 5 and a VPS for self-hosting. He compares costs, complexities, and pros/cons. Grandi found a solution combining benefits, easy setup, and no cost. Personal priorities determine the choice.
Extreme Pi Boot Optimization
The Raspberry Pi Zero 2 W is optimized for a solar-powered WiFi camera project, achieving a boot time of approximately 3.5 seconds by minimizing energy consumption and disabling unnecessary hardware features.
Pieter's Official Homepage on the World Wide Web
Pieter.com showcases Pieter Mouthaan's projects, features an FTP server, shares a Dutch butter cake recipe, details his workout routine, and has migrated to a VPS for better development flexibility.
Building an e-ink weather display for our home
The article describes a DIY project to build a battery-powered e-ink weather display, focusing on design, challenges, and successful assembly, completed in three weeks with an emphasis on familiar tools.
Solarpunk Web Server
The author shares their solarpunk web server project using a modified solar charger and a Wemos S2 mini board. The project emphasizes sustainability, with plans for future enhancements and features.