In the midst of global warming conditions, an environmental friendly data center is very important for life in the future. Learn now. Most data centers use more energy than any other sector in a country! Most of this energy is wasted due to inefficient designs and equipment purchases. When designing an environmentally friendly data center for the future, you must consider efficiency from top to bottom when designing and planning.

Everything from the type of server equipment purchased to the construction materials used for building walls should consider how much energy each item uses and how it can be designed better for efficiency down the road. Even when considering how best to cool your equipment, you must consider what will be most efficient in five or ten years when the equipment may need to be upgraded or replaced entirely.

How to Build an Environmental Friendly Data Center? 

Reducing carbon emissions from data centers is an important issue in the world. The data center has been a great part of our daily life and will continue to be increasingly integrated into our lives. It has already become a necessity for business and communication, and it will be more tightly connected to our life in the future. We need to find a way to make data centers more environmentally friendly.

One possible solution is to utilize renewable energy sources for electricity needs. We can achieve this by choosing an energy source with low carbon emissions, such as wind or solar power. Using renewable energy will not only help lower carbon footprint but also reduce the operating costs of data centers.

However, the problem with using renewable energy sources is that they are intermittent. There might be plenty of wind or sunlight when the data center starts operating, but there might not be any at another time. To overcome this, we must store this excess energy for later use.

To store this excess energy, we can use batteries. Batteries used in data centers will have very different requirements from those used in electric cars or mobile devices. It is due to their much larger size and capacity and much longer service life cycle requirements. The batteries for data centers should be capable of providing continuous discharge over long periods. That is why you must prepare for the batteries room at your data center complex.

Achieving high energy efficiency levels is one way to reduce total operating costs. There are five primary sources of energy used in data centers:

  1. mechanical systems,
  2. IT equipment,
  3. cooling,
  4. power distribution,
  5. lighting.

By increasing energy efficiency in a data center, you can reduce your operating costs significantly while reducing your carbon footprint.

The key is sustainability and efficiency.

The two main components of any data center are the building itself and the technology inside it. Older facilities were not built with energy efficiency in mind and had outdated hardware that needed to be optimized for performance.

When designing a sustainable data center for today’s market, it’s essential to consider all factors. We’ll take a look at some of those critical factors below.

  1. Power efficiency:The amount of energy wasted by servers, switches, and other equipment is also essential in building a sustainable data center—it needs to be as efficient as possible.
  2. Time efficiency:The time required to make changes or upgrades should also be minimized.
  3. Space efficiency: The space required to make changes or upgrades should also be minimized—and once again, it needs to be efficient.
  4. Security:All data must be protected from unauthorized access.
  5. Accessibility: Changes or upgrades require minimal time and effort for authorized users, including contractors and outside technicians.
  6. Flexibility: A sustainable data center should be easily adaptable to respond efficiently when new technologies come into play.

By building with sustainable materials and integrating renewable energy sources into every step of our process, our data centers can contribute to a greener world without sacrificing efficiency.

Focusing Area

Every data center has its unique design requirement. Many factors should be taken into account when designing a cooling system. Many servers will generate heat, which means an increase in heat output or temperature rise across the thermal load.

The data center must have redundancy. It is to ensure that it can still operate even if there are some problems with the cooling system. The cooling system should also provide clean airflow while keeping noise levels low. Finally, it should also be easy to maintain and repair.

A water-cooled system uses only water, eliminating the need for additional pumps and fans while reducing electrical power consumption by up to 30%.

A cooling system that doesn’t focus the airflow on the hot spots needs to be fixed. A more efficient data center will use a directed airflow system, which leads air through a series of pipes strategically placed throughout the facility. An accurate map of your facility’s hot spots is the key to an effective directed airflow cooling system.

Read also: Building a Data Center Infrastructure That Meets Net-Zero Pact


Environmental concerns have become a new focus for tech companies in recent years. As we look to the future, our data centers need to be more efficient.

  • We’re looking at an explosion of cloud use, mobile devices, and all sorts of other powerful devices that require access to the Internet.
  • We’re facing significant challenges as we try to build a greener and more sustainable future for our planet. One of these challenges is how we design our data centers.

The solution is simple: converting traditional data centers into green data centers by utilizing renewable energy resources instead of fossil fuels such as coal or oil. The move will help reduce carbon footprint while also lowering operating costs at the same time.

It’s easy to use renewable energy sources in data centers now with the advancement of technology nowadays. Many companies have already done so by installing solar panels and vertical wind turbines.

As long as there is a moral awareness to protect the environment in the future, data center providers can reduce carbon emissions from 50% to 100% or be carbon-neutral data centers.

Let’s start transforming your data center to be more sustainable. Feel free to discuss this with us.