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Page 35
November 19-20, 2018 Paris, France
6
th
Global summit on Climate Change
Volume 9
Climate Change Summit 2018
Journal of Earth Science & Climate Change | ISSN : 2157-7617
Bringing algae to data centers
T
he main problem faced by both modern and traditional data centers is carbon usage effectiveness
(CUE) and power usage effectiveness (PUE). As per a report, over 10 years, data centers
will waste over £0.5M in power charges and emit 80% of CO2 but the chances of increasing the
percentage in coming years are more. Thus, creating data center a ‘Villain- Destroyer of Earth’. This
paper illustrates and explains about the new algae concept for carbon usage efficiency and power
usage efficiency. Algae a unicellular microorganism is a billionaaire solution for all the current data
centers. It can absorb tons of carbon dioxide in few minutes whereas a single tree can’t even do in
its life time. Algae undergo photosynthetic reaction and gives biogas and biofuel as a by-product.
Thus, turning CO2 into valuable products lead to significant changes in data centers, this new CO2
controlling technique to save the environment with the help of algae panels can give us the most
profitable business. By moving to algae centered power plant (ACPP) model, we can achieve the
sustainability, energy efficiency and global conservation. Data center operators are no longer a pure
consumer, but also, they have become a producing consumer- a “Prosumer”. The opportunities to
change a data center from the consumer to prosumer are more diverse here. This technology is a
pioneer in green algae power and carbon neutrality. Using this algae technology, data center can
change its image from “CO2 villain to an environment savior”.
Biography
Sai Guna Ranjan Emani has completed his Post-graduate Diploma in Cloud Computing - Infrastructure in
National College of Ireland, Dublin, Ireland. He has passion towards research and currently working on power
usage effectiveness, networking, cloud, and carbon usage effectiveness of data centers and other industries.
ranjan.emani59@gmail.comSai Guna Ranjan Emani
National College of Ireland, Ireland
Sai Guna Ranjan Emani et al., J Earth Sci Clim Change 2018, Volume:9
DOI: 10.4172/2157-7617-C5-051
Co-Author
Niveditha kakinada
National College of Ireland, Ireland