Energy - IUCN
Energy - IUCN
Energy - IUCN
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"Generate sufficient energy by establishing new hydro electric power stations on<br />
the most promising sites identified in the ranking study on the tributaries of River<br />
Indus. The exhaustive energy demand of energy of the entire population projected<br />
till the year 2016 can be met by implementation of the projects listed in Table 21. The<br />
dependency on biomass resources shall thus be minimized. At the same time other<br />
steps like promoting plantation, improved farm management and community<br />
training, establishment of wood based industries and provision of alternate energy<br />
like hydro electricity particularly in areas in close proximity of top soil erosion".<br />
7.2. <strong>Energy</strong> Conservation Strategy<br />
<strong>Energy</strong> conservation offers the most cost effective supply option to bridge the<br />
demand and supply gap. Conservation is a form of use of available energy more<br />
efficiently and thereby minimizing the waste component and reducing the losses to<br />
maximum possible extent. The same level of output can be achieved with less<br />
energy or output can be increased with no corresponding increase in energy<br />
consumption. If the wastage and losses of the energy available from the existing<br />
resources are reduced. The energy thus saved can be made available to a greater<br />
number of consumers. It is therefore another way of adding to the total supply of<br />
available energy. In this respect, energy conservation is similar to increasing energy<br />
supplied through increased levels of domestic production.<br />
46<br />
<strong>Energy</strong> conservation also has several advantages over other supply options. It has<br />
short gestation periods. It has specific advantages in terms of scarce foreign<br />
exchange and above all it has positive environmental consequences. It is estimated<br />
that a comprehensive Northern Areas level energy conservation programme may<br />
increase available energy supplies by 20-25% over a relatively short time frame and<br />
at much lesser cost than production of the same amount of energy by conventional<br />
sources of energy. Losses can be minimized by using adequate size of conductors,<br />
transformers of appropriate capacity and positioning them at the load centres in the<br />
existing network. Adequate repairs of power generating, equipment and timely<br />
overhauling may improve the efficiency. This will enhance the plant factor thereby<br />
supply comparatively more energy in a specific time spell. Significant saving of<br />
energy can be achieved by introducing the use of efficient house-hold appliances<br />
for lighting, heating and cooking etc by domestic and commercial consumers.<br />
Significant amount of energy can be saved by industrial consumers by avoiding<br />
idle running of their equipment and introducing efficient equipment.<br />
A large part of energy savings can be captured in a relatively short time, as<br />
compared to the longer development time needed for meeting other energy supply<br />
options. A number of energy saving steps can be implemented in a comparatively<br />
short period of time (within a few months) while developing and construction of a<br />
new power station and distribution network requires 4-5 years normally.<br />
<strong>Energy</strong> conservation can be targeted at all sectors of economy including, industries,<br />
residential buildings, commercial buildings like hotels and shops, hospitals and<br />
educational institution and agriculture sector.<br />
The cumulative power transmission and distribution losses in the existing power<br />
supply system of NAare in the order of 30%. This high order of losses is due to over<br />
loaded power supply network. The conductors and transformers erected twenty