Energy Conservation
Energy Conservation

Energy Conservation

Available Only on StudyHippo
  • Pages: 6 (2808 words)
  • Published: October 10, 2017
Text preview


The spread between supply and demand of energy is continuously increasing despite immense spending for energy sector since independency. Further the brining of fossil fuel is ensuing in nursery gases which are damaging to the environment. The spread between supply and demand of energy can be bridged with the aid of energy preservation which may be considered as a new beginning of energy which is environment friendly. The energy preservation is cost effectual with a short payback period and modest investing. There is a good range of energy preservation in assorted sectors. viz industry agribusiness. conveyance and domestic. This paper will give overview of energy preservation in Indian scenario.


India today has a huge population of more than 1. 20 one million millions out of which about 75 % are populating in rural countries. Energy and development are inter-related. In order to hold sustainable growing rate. It is imperative to hold sufficient energy for systematic development in assorted sectors. Energy sector has received top precedence in all Five twelvemonth strivings so far. During 7th Five Year programs 30 % of the program spending was allotted to this sector. The installed capacity of electric power has increased from 1362 MW. At the clip of independency to a astonishing 70. 000 MW. Despite such accomplishments. the spread between demand and supply of electrical energy is increasing every twelvemonth as power sector is extremely capital-intensive. The shortage in installed capacity was about 10. 000 MW. by the and of 11th five twelvemonth program. It is estimated that in 201


1 entirely India has lost above 10. 0 billion US $ in fabrication productiveness because for power is projected to turn by 7 to 10 % per twelvemonth for the following 10 old ages.

The working group on power had recommended capacity add-on plan of 46. 645 MWduring the twelveth program period along with the associated transmittal and distribution plants at a cost of Rs. 12. 26. 000 corer. With this capacity add-on at that place would hold been a peak power deficit of 15. 3 per centum by the terminal of the 12th programs. The proved militias of fossil fuel in India are non really big. A major portion of scarce foreign currency is earmarked for importing crude oil merchandises. The measure of which is continuously increasing coal modesty likely to be exhausted by the center or centaury. Thus a black scenario awaits India in future unless perfectly new schemes are adopted. In malice of immense program spending of energy sector in last 60 old ages. most of the rural population has non yet been able to make the threshold of adequate energy to run into their basic human demands.

There appears to be something fundamentally incorrect in be aftering. The contrivers have adopted the western theoretical account of centralized energy system without necessary alteration to accommodate Indian status. In future the energy preservation would presume more significance globally on the footing of the consequence of firing fossil fuel on environment. peculiarly the planetary heating instead than the depletion of dodo fuel militias and other consideration. Sector wise energy ingestion: Sector Industry Transport Residential Agriculture Others %

View entire sample
Join StudyHippo to see entire essay

power ingestion 49 % 22 % 10 % 5 % 14 %

The Scope And Potential

The developing states like India are obliged to keep a certain growing rate for which energy is a basic ingredient. Failure to run into the energy demand for the basic demands of the economic system will do rising prices unemployment and socio economic upset. The major energy undertakings are capital-intensive and consequence in the debasement of the environment and ecology. Energy efficiency and preservation in the yesteryear have been neglected on the premise of uninterrupted handiness of fossil fuel. Energy preservation is the scheme of adjusting and optimising energy utilizing systems and processs to cut down energy demands per unit of end product without impacting socio-economic development. Energy preservation means traveling with what is available. while in developed states 1 % addition in G. N. P. needs hardly 0. 6 % addition in energy ingestion in whereas in India the corresponding addition in energy ingestion is about 1. 5 % 1. Transmission and Distribution Losses India has a complex transmittal and distribution web.

The Transmission and distribution ( T & A ; D ) losingss in Indian Power Systems are instead high. Harmonizing to Central Electricity Authority ( CEA ) statistics. on all India footing the losingss are about 20 per centum. Harmonizing to the estimations of a few other independent bureaus. the existent T & A ; D losingss may be even higher than this figure power systems with those of more developed In order to gauge the cost effectivity of the assorted modern techniques available for decrease of T & A ; D losingss in the context of Indian environment. it is indispensable to hold an thought sing the energy losingss taking topographic point at the assorted phases of transmittal and distribution of power every bit good as a farther break—up of the line losingss and transmutation losingss. The T & A ; D losingss can be divided in to two parts. viz. . Extra-high electromotive force ( EHV ) /High Voltage ( HV ) transmittal and low electromotive force distribution. Out of entire 15 % T & A ; D losingss targeted to be achieved. 2. Long Term Conservation Objectives of Energy

4. To take stairss to forestall inefficient usage of energy in future undertakings. edifices. merchandises. procedures etc. in every sector of energy usage.

3. Areas of Energy Conservation

The chief countries where preservation was possible are as follows:1. Improvement in power factor would ensue in decrease in existent maximal demand on the system. 2. Improvement in works burden factor consequences in optimal use of works capacity and increasing production. 3. 80 % of the industrial electricity ingestion is accounted for by initiation motors which are largely used for pumping and compressor application. etc. 4. Assorted furnaces. electrolysis baths and vass runing at higher temperature are found to hold unequal insularity. Higher surface temperature means loss of electrical signifier of energy by radiation. This can easy be prevented by using proper insularity to restrict the surface temperature rise above ambient up to 200C.

New Concerpts in Energy Conservation

Energy Conservation offers a practical agency of accomplishing development ends.

It enhances the international fight of industry in universe markets by cut downing the cost of production. It optimizes the usage of capital resources by deviating lesser sums in preservation investings as against immense capital investing in power sector. It helps environment in the short tally by cut downing pollution and in the long tally by cut downing the range of planetary climatic alterations.

Energy preservation is a decentralised issue and mostly depends on the single unlike determinations of energy supply which are extremely centralized. The homemaker. the auto driver. the boiler operator in industry and every other person who consumes energy in some signifier or other is necessitating take parting in energy economy steps. In order to hold energy efficiency schemes truly effectual some conceptual alterations are imperative.

• Conservation must be recognized as a new beginning of Energy- “a benign and clean source”

1. To convey attitudinal alterations in all energy users so that they strive for maximal energy efficiency in all merchandises. undertakings. edifices. procedures. domestic and commercial usage. agricultural and conveyance usage in consistent with economic considerations. 2. Take necessary stairss to train those who fail to fall in line with the above alterations. 3. To follow policies which make energy preservation easy and attractive for being adopted by all energy users.

End usage direction of energy demand should non be met by increased supply merely. Energy efficiency is the most cost effectual manner to bridge the spread between supply and demand. In the past the energy planning was based on uninterrupted supply of fossil fuel. What matters to a consumer of energy is non energy per so but the services it provides cookery. Lighting. motor power etc. therefore the true index of development is non the magnitude of per capita energy ingestion. but the degree of energy services provided.

A phase has reached when developing states need non to look at energy ingestion per capita as a mark of development and growing. The economic sciences of major power undertakings ignore the clip value of money. The gestation period of the undertaking is ignored. Thus the undertakings which yield physical benefits after many old ages are treated at par with undertakings that yield immediate benefits. Therefore no attending is paid to when the returns are obtained.

subsidies. liberalisation of licences and loans at concessional footings. It is in this context that Industrial Development Bank of India ( IDBI ) has introduced to strategies. with a crisp focal point on energy preservation aims in industries. These strategies are ( a ) Energy Audit Subsidy Scheme. and ( B ) Equipment Finance for Energy Conservation Scheme. These Schemes which were ab initio in operation for a period of 2 old ages have been extended up to the terminal of the twelvth Five Year Plan. .

a ) Energy Audit Subsidy Schemes


1 ) Energy Audit The Energy Audit is an accounting tool. an analytical device to observe energy waste. . One series of entries consists of sums of energy which were consumed during the month in the signifier of electricity. gas. fuel. oil. steam: and the 2nd series lists how the energy

was used: how much for illuming. air conditioning. warming. production procedures and other activities.

Energy Audit. therefore. is a important tool for energy direction because it indicates the range for preservation by placing the waste countries. About 20-30 per centum nest eggs on energy can. at a conservative estimation. be easy achieved by any industry. if energy preservation measured identified by energy studies are adopted. Furthermore. at least 10 percent nest eggs are possible merely by following good housework patterns which require no investing whatsoever. Even when a preservation step demands investing. it is by and large ever paid back in less than two old ages.

2 ) Financial Incentives

Assistance would be available under this strategy for preliminary every bit good as for elaborate energy audit. The charges of the sanctioned consultancy bureau for transporting out the energy audit would be partially subsidized by IDBI which will bear 50 % of the cost. the balance to be borne by the applicant company. For preliminary audit. the sum of subsidy available under this strategy per undertaking/company would be limited to Rs. 10. 000 or 0. 01 per centum of gross fixed assets of the undertaking/company whichever is less. The bound of aid for elaborate energy audit would be Rs. 1. 00 hundred thousand or 0. 05 % of the gross fixed assets of the undertaking/company whichever is lower. Assetss value shall be sole of reappraisal militias.

B ) Equipment Finance For Energy Scheme preservation

For the intents of EFEC strategy. equipment shall include works machinery. assorted fixed assets hard-on and installing charges. proficient know-how fees for designs and drawings. Assistance under the strategy would be available merely for installing of equipment for set uping energy preservation in the bing plants/processes and non for enlargement or variegation of production capacities. even though. the same may besides ensue in energy preservation.

Aid under the strategy would be in the signifier of term loan.

Approaches And Challenges


The assorted attacks of energy preservation may be divided into ( one ) short-run steps ( two ) mediumterm steps and ( three ) long-run steps. All the short-run every bit good as average term steps for the energy intensive sectors may be taken up instantly so that their benefits can be realized during 12th program itself. Further. the programmes for long-

Acknowledging the importance of energy preservation undertakings by the Government and the fiscal establishments in footings of concessions/reliefs income-tax. excise responsibilities. imposts responsibilities. gross revenues revenue enhancement. term steps should besides be initiated at the same time during the 12th program hey include:

1 ) Software constituents

These include:

  1. Promotion, motive instruction, airing of information, informations bank and creative activity of national Energy Conservation Centre
  2. Promotion of R & D in engineerings, equipment etc. ( degree Celsius )

Promotion of surveies on policies. economic sciences of energy usage, demand direction, assorted types of study etc. ( vitamin D ) Developments of criterions ( vitamin E ) Rectification programmes. They include:

2) Hardware Components The following are included under this class.

A. Energy efficient undertakings in all the sectors including co-generation.

B. Demonstration projects-Models of efficient contraptions. presentation centres etc.

Energy may non be really concerted as there is an information

spread in these countries. The creative activity of a database and its scientific analysis is the anchor of any future planning and determination devising. There are certain challenges in effectual execution of energy efficiency programmes. Some of them are given below:

Strategies And Achievements

In 6th Five Year Plan ( 1980-84 ) for the first clip the significance of energy efficiency and preservation was realized. In the Seventh Five Year Plant papers excessively the Planning Commission identified energy preservation and efficiency as thrust countries based on the recommendations of the inter Ministerial working Group ( IMWG ) ( 1983 ) on energy preservation.

The Eleventh Year Plan papers has besides emphasized the execution of rectification programmes for agricultural pump sets for accomplishing energy efficiency in the agricultural sector. Even though the Eleventh Five Year Plan realized the chance. possible and demand for energy preservation it did non integrate any concrete programmes policies and budgetary proviso in this respect. The working Group on Energy preservation has recommended a comprehensive strategy for twelvth Five Year Plan period. This includes awareness programmes. preparation. development. research energy audit energy efficiency steps in assorted sectors supplying subsidies to implementing bureaus and covering other facets as good. The position of energy preservation in assorted sectors is as follows:

1. Agricultural Sector

C. Technology import/up-gradation-Acquisition of state-of-art engineering through foreign coactions.

D. Strengthening of Transmission and Distribution systems of assorted State Electricity Boards to cut down the system losingss to 15 % scope.

E. Development of substructure such as betterment of conveyance systems. communicating systems. electrification of railroads etc.

2. Phases of Energy Efficiency

The different types of activities of energy efficiency could be put into four distinguishable classs. The first two types given below concern bing workss and equipment and latter two to new 1s:

One of import factor in accomplishing energy efficiency and preservation mark is the response of the and-user. As frequently. the behaviour of many end-users of

The husbandmans in the state have installed about 18 million pumps operated by diesel/electricity. These approximately consume 30 billion kWh of electricity and 6 billion liters of Diesel. It is necessary to supply the much needed irrigation to the harvests but. unluckily. the pumping systems adopted have remained inefficient and the ingestion of electricity and Diesel has been 50 to 100 per centum more than what it should be.

Sing crude oil merchandises. India produces barely 60 % of the needed petroleum oil indigenously. importing more than Rs. 15. 000 crores deserving of rough oil and crude oil merchandises to run into the current demand. The overly uneconomical ingestion of energy in the agricultural sector has to halt both for conserving energy per Se and cut downing the irrigation cost for the husbandmans. There has been an addition in the absolute ingestion of energy in agricultural sector. The electricity ingestion has grown at the rate of 14. 4 % per annum whereas the oil ingestion has increased at the rate of 10. 1 % per annum.

3. Conveyance Sector

of light bulb known as E-lamp ( electronic visible radiation ) has been introduced late in USA. This lamp is supposed to devour 75 per centum less electricity than conventional

candent lamp. Its life-time is between 15. 000 to 20. 000 hours. The E-lamp has made its command to go the “Compact Disc” of residential lighting. but events during the following few old ages may find whether it will go a family word.

4. Industrial Sector

The sector uses. about 30 two per centum of the commercial energy. This sector is 2nd merely to industrial sector. Further. this sector is to a great extent dependent on crude oil merchandises. Import of crude oil is about 35 per centum of entire outgo on imports in India. Its ingestion is increasing at an one-year rate of 6 to 8 per centum. Cars therefore offer one of the most promising countries for major nest eggs. There are tow manners of conveyance which are most common viz rail and route. Unlike the railroad. the route sector is non entirely in the organized sector and hence its database is instead weak.

The route conveyance has increased really fast during last decennary or so. One attack to accomplish energy preservation is to switch a portion of the traffic from route to inveigh. It is imperative to develop research and development activities in the way of bettering the fuel efficiency of vehicles and developing alternate energy beginnings. Harmonizing to the study of Advisory Board on Energy the preservation potency in conveyance sector is about 20 % which can be achieved by an investing of Rs. 890 crores. Conservation steps would give an one-year nest eggs of Rs. 765 crores and avoid an investing of Rs. 432 crores for making extra energy capacity. A series of steps including operation control. upgrading driver’s accomplishments developing programmes to make fuel preservation consciousness and proper usage of clasps. decrease of organic structure weight. velocity limitations and improved over trucking patterns has been recommended.