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increase in ht and lt ratioit is well known that for high htlt ratio the losses will be low the losses for a given quantum of power supplied through
factors of contributing to losses in service cables1 tapping of underground service cables the service cables must be visible so that tapping of
guarding against losses in service cables and connectionsthe service cables to consumer premises are often a source of loss that can be reduced given
outdoor termination for cables - measures for improving connectionoutdoor terminations for paper insulated or pilca cables were generally used
measures for improving joints and connection1 spacing of poles the spacing between poles for overhead lines is also an important requirement long
bad workmanshipbad workmanship contributes importantly towards increasing distribution losses efforts should thus be made to have the best probable
improving joints and connections - energy lossimproper joints are a source of energy loss in both overhead and underground systems the conductivity
connection of shunt capacitors at 11 kv substations11 kv automatic switched capacitor banks are installed on bus of 33 or 66 kv substations this has
connection of shunt capacitors at distribution transformerprovision of capacitors at load point is found to be hard in practice because of the
connection of shunt capacitors - vantage points an unloaded distribution line is capacitive in character and a fully loaded line has inherent
connection of shunt capacitors - across individual customersthe most appropriate manner of improving pf of the distribution system and thereby
shunt capacitorsline losses owing to poor pf can be decreased through improving the pf overall improvement in the operating condition can be brought
use of capacitor in technical loss reductionthe use of capacitors to correct for poor power factor is a well-built and cost-effective means of
load balancing and load managementit has been observed in which the load on all three phases of a distribution line and between the feeders is not
factors contributing in losses in transformerfactors contributing towards losses in transformer are- oversized transformers operating at low loading
guarding against loss in transformersdistribution transformers are expected to convert up to 95-98 of the input power into usable output power a
low voltage at transformers while the voltage applied to induction motor varies from the rated voltage its performance is affected against
distribution transformers1 augmentationaddition of distribution transformersdistribution transformers have to be augmented by installing additional
automatic voltage boosterthe functioning of automatic voltage booster avb is same to in which of the series capacitor automatic voltage booster is an
preventing leakages at insulatorsleakages at insulators cracking of insulators and flashover across insulators frequent cause outages and give output
conductors for linesthe sizing of conductor must depend upon the load it is expected to serve and other factors such as capacity required in future
network reconductoring - technical loss reductionthe size of conductorcable is a significant parameter as it determines the current density and the
short-term measures for technical loss reductionthe short-term measures involve measures needs for immediate improvement and reduction of losses
technical losses in power systemsthe technical losses in power systems occur because of energy dissipated in the conductors and equipment used for
loss reduction and efficiency improvement of electrical energy1 there are inherent losses in transmission and distribution of electrical energy from