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Green computing: the future technology

Green Computing: The future Technology

Omprakash Choubey, B. Tech in Information Technology, DIT UNIVERSITY, Dehradun, Uttarakhand

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Mr. T. Santosh, Asst. Professor, DIT University, Dehradun, Uttarakhand


ABSTRACT- Green computing is one of the emerging paradigm in technology and a study of disposing, utilisation and producing of computers and electronic devices is taken into thought. The goal of green computing is to lower down the materials, maximize energy potency and popularize biodegradability or recyclability of out-dated material and manufacturing plant waste. In this paper we discuss the wastage of energy by examining medium and enormous organizations; providing steps to utilize the ideas of green computing; recent implementations and their effects on little and enormous scale. Information system is a responsible for activities and the Green Computing is an environment friendly practice of such activities that created a new domain called the Green Information Systems or the Green Informatics. This paper presents utilization and discussion of Green Computing in the Information System world.

Keywords: – Green Computing, Virtualization, Green Information, biodegradable.


Green computing comprises of the study of advanced materials to be used in everyday life and the study of new generation techniques. The bottom line is what is important when it comes to anything green and the same goes for green computing. This considers economic viability, social responsibility, environment friendly and the impact on the environment. The large amount of computing manufactured worldwide has a direct impact on environment issues, and scientists are conducting numerous studies in order to reduce the negative impact of computing technology on our natural resources. In recent years, this practice has drawn serious attention both from Educational Institutions, environmental organizations and the corporate and business sector. In the current scenario, going green and adopting green computing has become an agenda for the IT industries in terms of public relations and reduced costs. But a basic problem persists in the path of achieving sustainability. As data volumes explode, traditional, appliance-centric data warehousing approaches can only continue to throw more hardware at the problem, which can negate the green-gains attained previously through the modern-trending approaches. [1]


Green computing is a technology where goal is to design better computer system and their processing is better and consume less amount of energy. Many studies already show that power price contains a lot of proportion of the overall management price of knowledge centre. Use of system and IT services makes life easier and work quicker, it will increase ensuing of larger power consumption, that increase emission of greenhouse emission like CO2. Since the computer system consume power and its peripherals conjointly consume power, also there is so much wastage of power even once these aren’t in use. Data centre needed a lot of power and cooling system, if the required power and cooling capacities are insufficient then it will result in loss of energy. Study shows that most of data centres don鈥檛 have sufficient cooling capacity this is the cause of environmental pollution. Green computing is deals with ideas cut back energy consumption, use eliminates venturous components however it additionally deals with cut back within the business travel sharing the resources (cloud computing) and optimisation. There are lots of elementary steps that may be taken to considerably decrease the facility consumption and impact on surroundings.

Lesser Power Devices: Computer systems are made up of hardware such as high processors, graphics, GPUs, disk, fan etc., this hardware should be consumed less power.

Virtualization: It is the technique to make virtual environment which is as similar to the actual environment. In the data centre standalone server system replaced with virtual server that run as software on a small number of larger computer via a virtualized server we can efficiently use computer resources.

Cloud computing: Cloud Computing has many benefits it enables anybody to obtain environmental benefits of virtualization. It also removes the need for the user to run high power PCs since it provides infrastructure as a service.

Wireless Sensor: Wireless Sensor installed in various data centres to determine the temperature of each area, this will tell which area need to be more cool and where to reduce cooling.

Recycle: Through recycling the waste or equipment we can reduce the environmental pollution. [2]


When PC visionaries Bill Gates and Steve Jobs set out to put a computer on every desktop back in the 1980s, no one could have imagined the millions of computers that drive billions of business, consumer and personal internet transactions across a global network each day. With a PC and monitor overwhelming between sixty and three hundred watts of electricity, it’s not shocking that energy consumption and price reduction programs represent a significant space of focus and chance at intervals inexperienced IT. would represent AN annual savings of between $900″,000 on the lower-end sixty watt devices and up to $2.4 million on a base of higher-end devices annually. [3]

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To a small business or homeowner looking at energy costs, these numbers are not large, nor are they the kinds of numbers that tend to stimulate immediate action. It is perhaps for this reason we find that business and homeowners give little thought to leaving their desktop PCs powered up with their screensavers running 24 hours-a day. The cumulative impact, however, when looked at from the perspective of the electrical drain created by a medium-sized business or community presents an entirely different picture. [3]

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Fig.1: Graphical representation of statistical data of Initiatives by people to reduce power consumption [4]


A. Green Data Centre: – Data centres or pc centre encompasses a computing system processing and its associated system like telecom equipment data storage system. It wants backup power provide, some cooling system and security system. An inexperienced information centre maybea datacentre that has associate economical management of the system and associated system less power consumed atmosphere.

Practical requirement of data centres are as follows:

路 Provide a physical secure location for server.

路 Should provide all-time network connectivity in data centre.

路 Should provide necessary power to operate all equipment.


路 Design must be simple

路 Design must be scalable

B. Virtualization: – Virtualization, a term that used to the various techniques, methods or approaches to create a virtual environment, such as a virtual hardware platform, virtual operating system (OS), storage device, or network resources.

Challenges: – Complexities of licensing are the issue with virtualization. For example, a Linux based server offers a virtualized windows server must satisfy licensing requirements. Because of this licensing issue flexibility of virtualization and benefits of on demand virtualization is hampered. Some venders of proprietary software have attempted to update licensing scheme to address the virtualization but flexibility and cost issues are opposing requirements. Virtualized desktop results in dependence on centralized servers (for computing and SAN storage) and the network (and higher-bandwidth requirements). Dependency on centralized server and network leaves the end users vulnerable to server. The user able to operating locally through an outage, but when user logs off or reboots the machine it become dead This is in contrast with thick clients where the user operates locally continue until the connectivity can be restored.

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C. Cloud Computing: Cloud computing is a technique in which virtual systems are used rather than any physical components. It is an application of distributed computing where a single large data centres are used to provides all resources to any person around the world. Its major advantage is it can be accessed from anywhere in the world just accessing the internet. Cloud computing offer user鈥檚 knowledge, software package remotely user will use the cloud services or cloud application through an internet browser or a mobile app whereas the software and user鈥檚 knowledge is keep on remote data server. likewise, as Cloud computing permits firms to avoid infrastructure price, and specialize in comes that differentiate their business. Cloud computing permits enterprises to urge their application up running faster with improved man power and fewer maintenance and change IT to earlier alter resources to satisfy the unpredictable business demand.

D. Power and energy management for server system

According to Ricardo Bianchini and Ram Rajamony Power and energy consumption are key considerations for information centres. These centres house lots or thousands of server and supporting cooling infrastructures. Previous analysis on power and energy management for servers will ease installation, cut back prices, and save the setting. Given these advantages, researches have created necessary strides in protective energy in servers. impressed by this first progress, researches are delving deeper into this subject. during this paper, survey the previous work, describe in progress efforts, and discuss the challenges.

E. Minimizing consumption of paper

There are various techniques to reduce the wastage and less consumption of paper. With computers being more popular than any other thing today all jobs can be done on the accumulator. Sophisticated modes of communications like e-mail, free-messaging, other social networking sites have brought communication to your doorstep. Moreover, paper is also being saved by the industries, as more and more industries are trying to convert themselves to 鈥昿aper-less-mode with each passing day.


路 An increase in the concentration of the main greenhouse gases 鈥 carbon dioxide, methane, nitrous oxide, and fluorocarbons 鈥 is believed to be responsible for Earth’s increasing temperature, which could lead to severe floods and droughts, rising sea levels, and other environmental effects, affecting both life and the world’s economy. The world has finally taken the first step in reducing emissions.

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路 Offsetting carbon dioxide can be achieved in different ways. One way is to plant trees that absorb CO2 as they grow, in the region in which the processors were purchased.

路 Wetlands additionally offer a good service in sequestering a number of the greenhouse emission emitted into the atmosphere. though they create up solely 4 to 6 % of the Earth’s land, wetlands are capable of engrossing 20 to 25 % of the part greenhouse emission.

路 Solar computing is an effective technique to utilize green computing technique

路 Green-computing鈥檚 initiative is the development of energy-efficient platforms for low-power, small-form-factor (SFF) computing devices. This is done by the application of Quiet Computing techniques.

路 One ought to scale back the paper consumption by employment paper often, exploitation each side of the paper, exploitation smaller fonts and margins, and by selection printing needed pages and use services like emailing and electronic archiving to attenuate paper wastage.

路 Best screen saver is no screen saver. Instead switch off the computer and restart it again as and when required.

路 Blackle: Blackle is a search-engine site powered by Google Search. Blackle came into being based on the concept that when a computer screen is white, presenting an empty word or the Google home, your computer consumes 74W. When the screen is black it consumes only 59W.Based on this theory if everyone switched from Google to Blackle, mother earth would save750MW each year. This was a really good implementation of Green Computing. The principle behind Blackle is based on the fact that the display of different colours consumes different amounts of energy on computer monitors [13].


The following assorted areas wherever analysis in inexperienced computing is being carried out: Energy Consumption; E-waste Recycling; information Centre Consolidation and Optimization; Virtualization; I. T product and Eco-labelling.

Usvuv et al [5] proposed some techniques to make cloud computing more energy efficient. A resource-utilization- aware energy saving server consolidation algorithmic program (RUAEE) is projected by Han et al. [6] which might be utilized in providing higher utilization of resource whereas inflicting reduction within the range of virtual machine live migrations. Experimental results show that’s ready to reduction within the energy consumption and service-level agreement (SLA) violation in cloud knowledge centre are often achieved by RUAEE as per the experimental results

Sharma [7] presented a study on Green Computing exploring the event of economical pc programs victimization all the on the market cores of a computer hardware leading to quicker execution as compared to any single-core implementation of the program that more leads to energy savings. A case study is additionally enclosed supporting the study. Besides the study conjointly noted that once variety of computation is additional the multi core approach showed superior performance else the performance is inferior as compared to the single-core computation.

Kumar et al. [8] proposed Huffman coding and Ant Colony Optimization (ACO) based Lifetime Maximization (HA-LM) technique for haphazardly distributed Wireless Sensor Networks (WSNs). They showed the superiority of the proposed method when compared with the state-of-the-art methods. Farooq et al. [9] have made a comparison of various practices of green cloud computing along with the results of each.

Kharchenko et al. [10] explained notions and classification of green I.T engineering besides analysing the main principles of development and implementation, indicators and values of green computing and description of European Union project GreenCo. More et al. [11] studied various techniques, models, algorithms, for energy competent green cloud computing. The technique used is virtualization. The study mainly involves consolidation of virtual machines(VMs). Power consumption can be decreased by deactivating and reactivating physical machines as per the existing demand of workload. The approaches discussed are centred around saving power and making data centres energy efficient

Biswajit [12] have made analysis about various issues related to green computing like the relation between environment and information technology, green information technology advantages, adoption of green computing, eco-friendly practices, green computer design, green information technology standards and regulations and about industry associations.


The plan towards green IT should include new electronic products and services with optimum efficiency and all possible options towards energy savings. That is enterprise wise companies are laying emphasis on moving towards Eco-Friendly Components in computers, the use of eco-friendly sustainable components will become the norm rather than the exception in future. To this approach for an instance:

A Canadian Company, Useful Inc. have come up with a solution that turns 1 computer into 10 – Discover Station. Quickly becoming the standard for green computing worldwide, Discover Station leverages the unused computing power of modern PC鈥檚 to create an environmentally efficient alternative to traditional desktop computing. Multiple users can work on a single computer by simply. It is estimated that out of $250 billion per year spent on powering computers worldwide only about 15% of that power is spent computing- the rest is wasted idling. Thus, energy saved on computer hardware and computing will equate tonnes of carbon emissions saved per year. Taking into consideration the popular use of information technology industry, it has to lead a revolution of sorts by turning green in a manner no industry has ever done before. Opportunities lie in green technology like never before in history and organizations are seeing it as a way to create new profit centres while trying to help the environmental cause. The plan towards green IT should include new electronic products and services with optimum efficiency and all possible options towards energy savings. Faster processors historically use more power. Inefficient CPU’s are a double hit because they both use too much power themselves and their waste heat increases air conditioning needs, especially in server farms–between the computers and the HVAC. The waste heat also causes reliability problems, as CPU’s crash much more often at high temperatures. Many people have been working for years to lice this inefficiency out of computers. Similarly, power supplies are notoriously bad, generally as little as 7% efficient. And since everything in a computer runs off the power supply, nothing can be efficient without a good power supply. Recent inventions of power supply are helping fix this by running at 80% efficiency or better.

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Microsoft installing data centres below the Pacific Ocean to reduce the heat released from the stores. This will result into a great effort to apply the application of green computing and also to environment which was disturbed due to harmful heat and gases released from the data centres.


This paper is survey or a brief study about a green computing in a cloud environment. The study will also tell the approaches of green computing. What and how much work done in green computing and how the power consumption is reduced through different approaches and key challenges facing to accomplish the goal. The concept of green computing is popularized in the past few years. Apart from ecological issues, this also deals in economic needs. This paper aimed to provide a survey on the current state-of-the-art in green computing. In addition, details of some real solutions have been showed as well. In the future we can save more energy through several approaches which are shown in the paper like virtualization, data centre and many other approaches. i.e. cooling of server, we can analysis the energy conservation and optimize it.


[1] Green Computing Endeavor in Higher Educational Institutes 鈥 a noble initiative towards Sustainable IT Infrastructure, Shalabh Agarwal, Archana Vimal, Saima Ghosh, Asoke Nath, Journal of Computing(USA), Vol 4, issues 22, April, ISSN9617, Page-217-222, 2012

[2] Vijay A Tathe”,Deepavali P Patil IJETAE”,volume 2″,issue 22″,April 2012.

[3] Green Computing – a new Horizon of Energy Efficiency and Electronic waste minimization鈥: A Global Perspective, Shalabh Agarwal and Asoke Nath: Proceedings of IEEE CSNT-2011 held at SMVDU(Jammu) 22-04 April 2019, Page 688-693(2011)

[4] A Study on implementing Green IT in Enterprise 2.0, Shalabh Agarwal, Asoke Nath, International Journal of Advanced Computer Research, Vol-3, No.1, Issue-3(march), pp. 43- 49(2013).

[5] Usvub, Kafiyah, Abdul Majid Farooqi, and M. Afshar Alam. “Edge Up Green Computing in Cloud Data Centers.” International Journal of Advanced Research in Computer Science 8.2 (2017).

[6] Han, Guangjie, et al. “Resource-utilization-aware energy efficient server consolidation algorithm for green computing in IIOT.” Journal of Network and Computer Applications 103 (2018): 205-214.

[7]. Kumar, Sushil, Omprakash Kaiwartya, and Abdul Hanan Abdullah. “Green computing for wireless sensor networks: Optimization and Huffman coding approach.” Peer-to-Peer Networking and Applications 10.3 (2017): 592-609.

[8]. Farooqi, Abdul Majid. “Comparative Analysis of Green Cloud Computing.” International Journal of Advanced Research in Computer Science 8.2 (2017).

[9]. Kharchenko, Vyacheslav, and Oleg Illiashenko. “Concepts of green IT engineering: taxonomy, principles and implementation.” Green IT Engineering: Concepts, Models, Complex Systems Architectures. Springer, Cham, 2017. 3-19.

[10]. More, Nitin S., and Rajesh B. Ingle. “Challenges in green computing for energy saving techniques.” Emerging Trends & Innova

[11]. Mesaad, Mariam, et al. “Survey on the Global Green Computing Initiatives.” International Journal of Computer Applications 167.7 (2017).

[12] Saha Biswajit.鈥滸reen computing.鈥 International Journal of Computer Trends and Technology (IJCTT) 14.2 (2014): 46-50.

[13] R. Bianchini and R.Rajamony, “power and energy management for server systems”,” IEEE Computer, voI.37, no. ll, pp.68-74, 2004.

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