Carbon emission by ict
Global warming is turning into a major issue and carbon emanations from a mixed bag of sources are the reason for it. To control emission, a number of carbon emission reduction policies and schemes, for example, the Kyoto Protocol & COP15 settlement have been come to and put set up. Numerous bookkeeping models, have as of now been proposed in the present writing to take care of the issue of obligation vagueness. Be that as it may, In ICT industry, it includes a blend of global and national elements, for example, responsibility issues (eg. the gathering in charge of the carbon discharge) and the implications of participants and non-participants of those environmental change moderation arrangements in diverse nations. Consequently, taking into record all the determinant elements and distinctive partners included during the time spent the carbon bookkeeping. In the research, the aggregate carbon emanation is ascertained and how the organizations are attempting to manage it is likewise considered. This examination will take a science and building methodology and the result of this exploration would be significant to the global combat against climate change.
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Carbon emission by ict
- 1. By: Divya Aggarwal Dr. Jyoti KatyalDr. Chandra Shekhar Azad
- 2. India has around 337000 cell towers, generally known as base stations. In India where power supply is discontinuous and un predictable thus making us use diesel generators. Smouldering of diesel adds to carbon emission
- 3. This is a bit of gear that encourages remote correspondence between user equipment such as cellular telephone, WLL telephone, PC’s and a system called BTS.
- 4. There are various telecom operators under BTS both in urban and rural areas such as: Aircel Limited Reliance Communication Bharat Sanchar Nigam Limited Idea Cellular Loop Mobile Mahanagar Telephone Nigam Reliance Communication Tata Teleservices Vodafone India
- 7. There are various measures taken to conserve energy and to deplete the carbon emitted from the BTS towers and mobile such as: using recyclable materials, staggering their lighting frameworks creating work-at-home projects where representatives get to be "remote workers.“ equipment selection network access testing network planning engineering design network management Maintenance. And various other methods which have been mentioned in the report...
- 8. •Number of BTS in urban= 0.3* No. Of BTS in the telecom circle •Number of BTS in rural= 0.7* No. Of BTS in telecom circle •Number of Telecom Towers = Number of BTS/1.6 •Number of urban telecom= Number of telecom tower*0.3 •Number of rural telecom= Number of telecom tower*0.7 •Annual Electricity consumed in Urban= (3*20*365*No. Of urban BTS)/1000 •Annual Electricity consumed in Rural= (3*16*365*No of rural BTS)/1000 •Diesel consumption in urban (litre) = 4*4*365*urban telecom tower •Diesel consumption in rural (litre) = =4*8*365*rural telecom tower
- 11. 0 50000000 100000000 150000000 200000000 250000000 300000000 350000000 400000000 450000000 0 200000 400000 600000 800000 1000000 1200000 1400000 diesel in million litre totalelectricity telecom service level areas Series1 Series2
- 12. Many companies have already calculated there carbon emissions and set targets to reduce them by switching to renewable energy resources. A few companies are going in far off areas only with the renewable energy based power supply. If all these initiatives in the telecom market can be brought under one umbrella, to earn additional benefits, it can bring in billions of dollars in the Indian economy. Companies are also increasingly looking to enable positive carbon impacts for their customers and society whilst reducing the direct carbon emissions associated with ICT.
- 14. 20121113_Carbon_footprint_of_the_ICT_sector_.pdf CarbonFootprintingofNetworkServices.pdf Cellular-Base-Stations-Infrastructure-Sharing- Carbon-Emissions-CDM-Project-Opportunities.pdf Critical_pollutant_emissions_from_the_Indian_teleco m_network.pdf CEA_lgbr_report.pdf MobileCarbonFootprint.pdf NTP_japan.pdf Reliance.pdf Souchon_6_233_energy_demand_for_ict_infra.pdf WireIE_Carbon_Reduction_Technologies.pdf