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Energy Conservation

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Published in: Mechanical
2,968 Views

Presentation on Energy Conservation.

Trinity A / Chandigarh

year of teaching experience

Qualification:

Teaches: Indian National Mathematical Olympiad (INMO), Mental Maths, Olympiad Exam Preparation, Regional Mathematical Olympiad (RMO), Advanced Excel, Basic Computer, MS Office, School Level Computer, Mathematics, Statistics, Science, Social Studies, B.Tech Tuition, Drawing, Mechanical, AutoCAD Training, French, German, Study in Germany

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  1. Energy Conservatil Opportunitle
  2. Energy Conservation Energy conservation refers to the reducing ot energy consumption through using less of an energy rvice, Energy conservation differs from efficient ene y use, which mean using less energy for a const n Even though energy conservation reduces n rgy result services, it can increased environmental quality, na io a! ah personal financial sec U r l' t y, sec U higher saving ,
  3. Energy tax Some countries employ energy or varbon taxes to motivate energy users to duce their consumption, Carbon taxes can allow consumption to hift to nuclear power and other alternatives hat carry a different set of environmental s'de effects and limitations, Meanwhile, taxes on all energy consumpti stand to reduce energy use across the board} while reducing a broader array of environmental consequences arising from energy production.
  4. Energy conservation Opportumti One of the primary ways to improve nergy conservation is to use an energy audit, An energy audit is an inspection and anal is of energy use and flows for energy conservahi I n in a building, process or system to reduce the amount of energy input into the system wifh ut negatively affecting the output, This is normally accomplished by trained professionals and can be part of some of th national programs discussed above. In addition, recent development of smar tphone apps enable homeowners to comÅlete relatively sophisticated audits energy t h e n') selves
  5. Energy Consuming Sector Industries (All types of industries) Household (Lightening and Comfort purpose) Transportation (Moving of goods and Public transport etc)
  6. Energy conservation Areas Buildings Transportation Consumer product Thermal utilities Electrical utilities
  7. Energy Resources Non- renewable resources: oil, coal, natural gas, and nuclear ower, etc. Renewable resources: hydraulic, geothermal and wind power, s lar energy, and biomass, etc.
  8. Current Situation of Energy Conserv tion Overview of International Energy Conse tion The amount of energy consumption in the ent re world has been increased, accompanied by e onomic development of each country. It is expected h t such amounts will continue to increase by 30% from 997 to 2030. The increase of energy consumption is rema able particularly in developing countries centered on Sian countries and the Asian region excluding Japan, wh!ch will accounts for almost half of future increase of the wo 's energy consumption. A reserve-production ratio that has been currently as of 2004 Vould be confirmed by exploration, approximately 40 years for oil, 61 years for natural gas, and 204 years for coal.
  9. Current Situation Although this ratio fluctuates due to excavatio of new oil fields, oil and natural gas as basic resources would be exhausted within about 60 years in calculation. Additionally, as a result of mass consumption f fossil fuels, global warming caused by an increasing ount of C02 emissions in the air has been occurring a rapid speed, which is one of the most crucial global iss e According to the report by the "Intergovernmental anel on Climate Change (IPCC)" announced in 2001, the g obal average temperature has increased by 0.60C over the 00 years of the 20th century, It is forecasted that incréas in the global average temperature of 5.80C at maximum and the rising water level of 88 cm will occur by 2100.
  10. Current Situation In addition, if the rising water level in Japan go s over 30 cm, it is estimated that 60% of sandy beaches would be lost. Moreover, based on previous statistics, it is clear that elasticity of GDP to energy demand becomes "1 ' long-term basis. This value means the amount of energy consumption will increase at the a e percentage as that of economic growth in the long r That is to say, unless countries achieve reduction f the amount of energy consumption (energy conservation) at the same percentage as that pf economic growth every year, it will be impossible to even maintain the current situation.
  11. Measures and policies concerning Industrial Sector ENEGY MANAGER system based on the nergy Conservation Law, Voluntary Action Plan on Environment protectio Subsidy system for adoption and disseminat10 of technologies and facilities that contribut s to energy conservation, Subsidy system for ESCO in the industrial sector (lov interest loans, preferential tax treatments, and subsidy systems). for Activities promotion, awareness, dissemination of energy conservation and
  12. Measures and policies in Househol Improvement of efficiency of equipment thro h the Top Runner approach. Improvement of performance concerning e ergy conservation of housings and buildings in accor nce with the Energy Conservation Law. Subsidy system for adoption and dissemination of technologies. Radical reform of lifestyle of citizens for Activities promotion, awareness, dissemination of energy conservation an
  13. Transportation sector Improvement of gas mileage for vehicles throu the Top Runner approach based on the Energy Conserva on Law. Energy conservation by stopping "idling" of vehic es Promotion of dissemination of clean energy vehic s Improvement of energy consumption of individua transportation equipment Technical development by the government Enhancement of efficiency in logistics and transportation Promotion of telework.
  14. Energy Conservation Projects Waste heat recovery Increasing overall efficiency of the thermal equipm nt. Avoiding heat losses. Conversion of electrical heating in to Thermal heati Use of low cost fuel for same application. F.O. Emulsification for reducing consumption. Use of Fuel saving Devices. Heat repellant coating for furnaces ovens. Insulating hot surfaces. Tuning of Burners for their highest combustion effici ncy

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