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Energy Hosting Adalah – Data centers are gaining more and more importance as an irreplaceable part of modern computing infrastructure. According to Research and Markets, the global data center infrastructure market is projected to grow at a CAGR of 6.79% during the forecast period, reaching a total market size of USD 230.169 billion in 2025 from USD 155.201 billion in 2019.

Data centers are physical facilities where computer and network equipment are located and centralized. They host servers and related components, such as storage systems and network communications. The main role of the data center is to collect, store, process and distribute large amounts of data.

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Over the years, data centers have evolved from centralized facilities on premises to advanced deployments to public cloud services, and are now critical components of modern IT infrastructure. However, this increase in importance has also been accompanied by growing concerns about the energy consumption of these facilities. In total, the global internet consumes 416.2 terawatt-hours of electricity per year, which is more electricity than the entire United Kingdom. This translates into large amounts of carbon emissions. In fact, 2% of global carbon emissions come from the electricity used by the Internet, which is mostly consumed by data centers.

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According to widely cited energy forecasts, overall information and communication technology (ICT) demand for electricity will accelerate in the 2020s, with data centers taking a bigger share. This means that their impact on the environment will also increase. Add to this the rising cost of energy and it becomes clear that businesses and organizations need to effectively address data center energy consumption issues in order to reduce costs and promote environmental responsibility.

On average, servers and cooling systems account for the majority of direct energy use in data centers, as shown in the figure below.

In this article, we’ll cover effective ways to help reduce server power consumption and how Redak can boost your efforts to have an efficient yet server-friendly website.

The volume of workloads the data center handles and the total number of servers needed to handle the workloads are the main factors that determine how much power those servers will consume. However, so much energy is wasted due to the servers being idle or underutilized. Servers typically do not use power-saving mechanisms such as hibernating or standby disks, and 60% of a typical database server’s maximum power is consumed when it is idle.

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With that in mind, let’s look at some of the effective ways that can help reduce server power consumption.

Most physical servers run at about 5% to 15% utilization and still consume full power. To increase server utilization and reduce energy wastage, most companies and organizations use server consolidation and virtualization.

Server virtualization aims to reduce electricity consumption by reducing the number of physical servers. Virtualization is the process of creating and abstracting multiple virtual servers into a single physical server through software, with each virtual server operating independently. This operation is performed using a hypervisor that serves as a platform for the operating systems of the virtual servers, while the environments remain completely private and separated from each other.

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Virtualization and consolidation go hand in hand, and that’s because the former enables the latter. Consolidating multiple, independent servers into a single physical server allows these servers to run more efficiently and reduces energy costs by up to 80%.

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Zombie or comatose servers are a very common problem in data centers. In fact, it is estimated that 25% of all physical servers and 30% of all virtual servers are in a coma. These are servers that haven’t had any activity in the last six months, but are still running, taking full power and possibly even consuming expensive IT licenses. Zombie servers are considered one of the main causes of unwanted energy consumption that increases non-computing energy.

Monitoring zombie servers can be a daunting task. However, ignoring the energy consumption of these servers that do not serve useful purposes leaves a significant amount of energy waste unnoticed. To properly address this issue, it is recommended to deploy monitoring tools that can help identify critical servers and keep everything properly documented.

Older servers require more energy to run and cool. According to the Environmental Protection Agency, old servers consume 60% of a data center’s energy but provide only 4% of its processing power. A typical server has a 5-year life cycle with optimal performance after it is purchased and installed. Replacing old servers with new, more energy-efficient ones can save a lot of energy.

It may sound strange that websites can have a significant impact on the amount of total energy consumed by servers and, ultimately, data centers. But according to the Website Carbon Calculator, the average website they tested uses about 1.76 grams of CO2 per page view, which equates to 211 KG per year for a site that receives 10,000 page views per month.

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Every time a website is loaded, it uses the computing power on the server to generate a particular page, the network power to transfer it, and the power of the device to display that page in the browser. So to minimize that energy, the website should load as fast as possible. Simply put, poorly performing websites are another major cause behind energy-sucking servers.

According to HTTPArchive.org, the average website today is nearly four times larger than it was in 2010 and continues to grow. However, making a website more energy efficient doesn’t necessarily mean giving up good design (ie good user experience) as many people think.

There are many effective ways that a website can use minimal energy to reduce its carbon footprint. Like:

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So the good news is that reducing a website’s energy consumption goes hand in hand with improving its performance. It’s a win-win deal for website users, website owners and the environment.

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Making a website more energy efficient may not always be an easy task, especially when it comes to good website design and usability. To reduce your website’s energy consumption without compromising a good user experience, a high-performance CMS can be your best ally.

Your choice of CMS has a large and direct impact on the overall performance of your website and the latter affects your website’s energy consumption. So what features make a CMS improve website performance while consuming fewer resources? Well, these are the exact features that Redak can offer.

Being the only enterprise CMS built from the ground up on the latest .NET 5.0 technology, Redak delivers blazing-fast pages and enables your website to run blazingly fast. In this detailed blog post, you can learn more about how Redak takes page speed to a whole new level thanks to its modern technical architecture that was built from the ground up with performance in mind.

From smart storage to GZIP compression to built-in JS, CSS, and HTML minification to automatic image resizing in supported AMP, Redak offers all the necessary speed optimization tactics that minimize web page load times and make data transfer much faster and less energy intensive.

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Additionally, Redak’s API-driven hybrid architecture enables accelerated page loading and rendering on both desktop and mobile devices. This means your website can provide a great user experience while consuming less power. You can learn more about how a hybrid CMS contributes to excellent website performance in this blog post.

Compared to most CMSs, Redak requires much less server resources thanks to its modern architecture that is highly flexible and optimized for performance. And that’s not all; to further encourage energy savings, Redak enables the use of serverless resources (eg serverless database consumption) to help you reduce your hosting bills. This consumption-based mode ensures that you are billed only for the demand units consumed by your database operations and the storage space consumed by your data, and that you are not billed when the website is idle. This is another key reason that makes Redak a cost and energy efficient CMS.

With its fast rendering pipeline and well-optimized data structure, Redak can handle page requests instantly. Server response times are well under 100ms in most scenarios, well above the real web response time average (see Think with Google).

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With Redak’s unmatched performance, you can be sure your website will be more user-friendly, server-friendly, more stable and more efficient without the added cost of hosting.

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See for yourself how you can improve your website’s performance and lower your electricity bills with Edit. Book a demo here.

At a time when environmental issues are gaining increasing concern and energy costs are constantly rising, eliminating energy waste in the Internet industry has never been more important.

By investing in solutions built with website speed optimization and energy-saving tactics in mind, like Redak CMS, you can ensure optimal energy efficiency and minimal environmental impact, all resulting in a better experience of users and improved brand reputation.

We want to show you what our content management system can do. Book a personal demo of Redak with one of our consultants. Currently, renewable energy is developing rapidly worldwide in response to technical, economic and environmental as well as political and social developments.

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