1. G, G2 P, P Load In the power system showWn, the transmission loss incurred 10 MW if G, is transmitting 100 MW and G, is not transmitting any power. The transmission loss incurred 2 MW if G, is transmitting 200 MW and G, is not transmitting any power. the incremental fuel dC, 0.02 P +10. If the optimal load costs is given as dP, scheduling is 150 MW and 250 MW respectively. Find the penalty factors and the incremental costs at G, for this scheduling

1. G, G2 P, P Load In the power system showWn, the transmission loss incurred 10 MW if G, is transmitting 100 MW and G, is not transmitting any power. The transmission loss incurred 2 MW if G, is transmitting 200 MW and G, is not transmitting any power. the incremental fuel dC, 0.02 P +10. If the optimal load costs is given as dP, scheduling is 150 MW and 250 MW respectively. Find the penalty factors and the incremental costs at G, for this scheduling

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

See similar textbooks

Similar questions

A generating station having two thermal generating units shown below with minimum and maximum generations of 45 MW,60 MW and 600 MW, 800 MW respectively, have the Gen-2 following cost equations. Gen-1 C, = 0.065 Pc1? + 25 Pc1 + 400 OMR / Hr C2 = 0.082 Pc2² + 8 Pc2 + 320 OMR / Hr Calculate the saving when they share load as per economic load dispatch compared to load sharing proportional to their maximum generation. Neglect line losses. 280 MW 400 MW
I need the answer as soon as possible
$ C₁ = [0.05P² + 20P₂ + 30] hr C₂ = [0.056P2 + 15P₂ + 40] hr Here P₁ and P₂ are in MW. Each generated is rated for 210 MW and load is 400 MW. Determine (i) the values of P₁ and P₂ when the load sharing is most economic and (ii) increase in operation cost for generator 1 when load is shared equally.
A high-voltage direct-current generating station delivers 5 MW of power at 178 kV to a city, as depicted in Figure below. The city is represented by resistance R₁ and each of the two wires of the transmission line between the generating station and the city is represented by resistance RTL. The distance between the two locations is 1752 km and the transmission lines are made of 7 cm diameter copper wire. Determine how much power is consumed by the transmission line. Please enter your answer 2 decimal places and in terms of Watt. (for copper-1.72 x 10-8) Vo Station RTL RTL ww RL (city)
Explain the concept of load flow analysis in power systems. How does it help in determining the steady-state operating conditions of a power grid, and what are its limitations?
Consider utility with generators whore of cost. F CPi)in $ chalacteristic. and genelation limits given follows. ole as = loot FLB) = 120+7P, to.04P," los P S125MW The total demand is L5OMW while Syskem the loss equation is given as hs=0.000118 P,² +o. 000 1 28 P Mw economic dispatch problem to Solve the find the optimal generation schedede the total generation cast l cest of geveration to minimize and the ineremental each unit.
thats it
Solve asap with right explanation. Direct answers will be downvoted. Don't copy from other sources.
Explain the importance of distribution considerations for electrical loads and economic considerations in the distribution system. Justify your answer with real time applications.
A system consists of four idenital 400 MVA generating units feed- ing a total load of 1016 MW. The intertia constant of each unit is 5 on 400 MVA base. The load changes by 1.5% for a 1% change in frequency. When there is sudden drop in load by 16 MW, obtain the power system time constant (T) with constants H and D expressed on 1600 MVA base.
3
Perform a detailed voltage analysis in the given medium-voltage 6-node radial power system example. Reflect on voltage drops, power losses and line efficiency for your given consumption, for consumption that is 25% higher and consumption that is 25% lower.Then repeat all 3 analyses if the consumption at node 5 is with power factor of 1. Analyse and discuss the sensitivity of voltage drop [in % of amplitude] and with respect to the current level and the power factor. Identify the maximal generating power (MW only) that your network can accept in a single node without voltage in any node exceeding 1.05 p.u.