National tariff policy or ntp, Electrical Engineering

Assignment Help:

National Tariff Policy or NTP

In the draft of NTP, it is suggested that although setting the tariff ERC should introduce performance-based cost of service regulations, a clear departure from the extant "Cost+" methodology. Although introducing the above methodology, ERCs would assume introducing "multiyear tariff" (MYT) principles. Within MYT, the ERCs the utilities are encouraged to set in the initial and last values for certain controllable parameters like as loss levels, Salaries, Repair & Maintenance, etc. by a discovery and negotiation fashion (involving public hearings). Uncontrollable parameters such as power purchase costs are to be automatically passed through the tariff, every quarter or a suitable period by Fuel Surcharge Adjustment (FSA).

The review will be done through ERC regarding controllable parameters only after the end of control period that is commonly a 5 years period and not inside control period.  In a few Latin American countries, this period is 10 years. Uncontrollable parameters would be permitted automatic pass by during the period.

The MYT principles, set out in the international practice, act more as a price cap rather than revenue cap. They set out the maximum which could be charged in the "RPI-X" principles (separately) for each and each function and that drives the tariff calculations.

ERCs are authorized to evolve a methodology for determining the cross- subsidy element and also for eliminating that. This means in which ERC has to decide the number of years and the quantum of reduction either year-by-year or at the end of in which period for cross-subsidy elimination. It is evident now in which the regulatory process has large implications on the several activities of the utility.


Related Discussions:- National tariff policy or ntp

Bcd to excess 3 code converter, What are the industrial applications of the...

What are the industrial applications of the project bcd to excess 3 code converter?

Determine l and c of the band reject filter circuit, Q. Determine L and C o...

Q. Determine L and C of the band reject filter circuit of Figure to have a center frequency of 100 kHz and a bandwidth of 5 kHz. Also find the Q of the filter.

Find fmax for circuit, Q. (a) An audio amplifier with R i = 10 k, R o ...

Q. (a) An audio amplifier with R i = 10 k, R o = 0, and ¯A(ω), as shown in Figure (a), is used in the circuit shown in Figure with R S = 1 k,R L = 16 , and C = 0.2 µF. Sk

Find the resonant frequency, Find the resonant frequency: Find the res...

Find the resonant frequency: Find the resonant frequency ω0 (or f0) for the given series RLC circuit v = Vm sin ωt = 50 sin ωt Figure Also determine the expre

.branch current method, if a resistor is present between 2 branches in such...

if a resistor is present between 2 branches in such way that its polarities are different to compare with one another so how we choose polarity of that resistor

Microcontroller, Project Garage door opener with password. Wrong password ...

Project Garage door opener with password. Wrong password "door close" on lcd screen, correct password "door open" on lcd Screen no need the motor. Material used - Microcontroller

Illustrate the basic use of binary in it, Q. Illustrate the basic use of bi...

Q. Illustrate the basic use of binary in IT ? The binary system is thus useful in IT because not only any number, but any information, can be represented in terms of only 0s an

Measures of regulator quality, Measures of regulator quality: The outp...

Measures of regulator quality: The output voltage can just be held roughly constant; the regulation is fixed by two measurements: 1. Load regulation is the alteration in ou

Binary to hexadecimal conversion, Binary  to Hexadecimal  Conversion ...

Binary  to Hexadecimal  Conversion To convert a binary  number  into  hexadecimal  divide the number into group  of four  bits  each starting from the least significant bit. Th

Explain basic control systems, Q. Explain Basic Control Systems? Electr...

Q. Explain Basic Control Systems? Electric energy is widely used in practice, because of the ease with which the system and device performance can be reliably controlled. One o

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd