Over 330,000 web hosting companies worldwide are hosting around 1.88 billion websites, and the web hosting market value was just under $160 billion at the end of 2024, according to Statista.
There is a need to optimize the energy use of these close to two billion websites and other consumers, considering that global electric power consumption will grow at a record pace over the 2025-2027 forecast period in the IEA's latest report.
This consumption is fueled by worldwide data center expansion, increasing use of air conditioning, growing industrial production, and accelerating electrification.Ā Ā
Global electric power demand increased by 4.3% in 2024 and is expected to keep growing by around 4% a year until 2027.
It will rise by an unprecedented 3 500 TWh over the next three years, equivalent to adding Japan to global electric power use each year.Ā Ā
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AI helps web hosting providers optimize their energy use by analyzing usage patterns and identifying areas to improve efficiency.
This can result in lower carbon footprints and reduced operating costs, rendering the business model eco-friendlier.
AI-powered systems can monitor energy use in real time and adjust servers' cooling, heating, and lighting systems to reduce energy waste.
AI can predict when equipment or machines will require maintenance, minimizing downtime and optimizing energy consumption in manufacturing operations and processes.
It can also save time when building a website. A tool like the GreenGeeks AI Website Builder saves you the hassle of complicated setups and coding.
It handles website design, optimization, and everything in between.
High speeds, tailored templates, and intuitive editing help achieve a professional-looking site without the cost and effort. It's ideal for creators, businesses, and anyone who wants to get online quickly.Ā
AI can track and measure a hosting provider's carbon footprint and help them identify areas for improvement.
The internet accounts for around 4% of all carbon emissions, and the average webpage produces around 0.8 grams of CO2 equivalent per pageview.
This comes to 102 kg CO2e annually for a website with 10,000 monthly pageviews. Companies can use AI tools to measure their carbon emissions.
The tools analyze data and give insights on where to reduce emissions, whether through sustainable sourcing or energy efficiency.
AI can also suggest approaches to reduce emissions, such as avoiding peak energy consumption times or transitioning to renewable energy.
Surprisingly, Big Tech is setting an example.Ā
Exponential data volume growth is straining data center resources.
AI can help manage data overload thanks to machine learning algorithms that classify and compress data, reducing the energy needed to retrieve and process it.
This process improves performance and contributes to sustainability.Ā
Uptime Institute research reveals that up to a third of the servers in data centers consume energy without delivering useful information.
AI can identify and decommission such servers, greatly reducing energy waste.Ā
Chatbots troubleshoot issues on the spot and guide users through setups, which speeds up support.
70% of customer interactions involve AI bots and machine learning, according to Gartner, while Deloitte found that AI and automation can reduce expenses by up to 40%.
The entire hosting industry is seeing these improvements.
Less downtime and faster response times mean more efficient and reliable hosting, benefiting both customers and providers.
Finally, website owners can use data-driven reports to improve their online profiles and make smarter choices about their hosting plans.
AI helps hosting providers optimize loading speeds by adjusting resources based on expected traffic spikes, and the websites stay fast.
