EECE 471 Notes Chapter 2 Summary, Fall 2015

American University of Beirut · Fundamentals of Power Systems Analysis · 6 pages

All EECE 471 files
EECE 471 Notes Chapter 2 Summary, Fall 2015, page 1

Stuck on a question? A tutor can walk you through it.

EECE 471 Notes Chapter 2 Summary, Fall 2015, page 2 EECE 471 Notes Chapter 2 Summary, Fall 2015, page 3 EECE 471 Notes Chapter 2 Summary, Fall 2015, page 4 EECE 471 Notes Chapter 2 Summary, Fall 2015, page 5 EECE 471 Notes Chapter 2 Summary, Fall 2015, page 6

More EECE 471 files

Show the text of this notes
Chapler 2. Fandementals ) 2.): Phases r rons forma bion . Ny pase , _ Vee AS y(t) -V Cos (wb 9) __¢@—}> Vs € iG if all signals haw same Frees = Viner (cosS »jsimS) p(t) BNV-~ cole) g-——— “Ttme dometh Signal is dbpeld rag by rsbaling ph f ry Mtatin phaser ak given regalo ) Se Speed - 7 Vicos 2.2: " Reveltad ines i im Single Phase AC cima s Gent RLC Loads Ke Li: Cote): capecibive Leadung » iaduc hive Ranging \) = Vi. © » P(E) = v(t) eUs) Te Low tM, Pres fate5)-cofstees)] B= MIT -ca(s 4) }4 + Cosf Quer Th @) -f)}+ sin | 2ee+g)] = PII +s au) | t Qs (deers) Nole Ta duc live lapel Consumes positive Sd Peac tive power . Genta ale post i ve # Capocthive Qoed Consumes negaline feackiw power» 22VT* (Ves) ( Tey \5-8) VeVe? Deline. Comphec poor C as e -VTe ao: INSIght | NT [ cos(S-Pbjsin($-A)] = P+5Q SPQ, pw. B+[Ae eefansl] +» [sin[ 2405) . Noles pao Pelee ces ( _A) pra ~ f ae is 100 Kw —_ AN! OG of Dogg () _% ser 7 to male pt: =0.45 Lagaing cy) | | . o—{_ OY <¢ \daraq Lay | \ | 4 | £ \ -¢} \ (_4 \ A @) ‘ ; cae (3 ‘ | | y wT ¢ ¥ | | | \ ; ¢ mae = ——_}~ @ i : | C_ 7 t P oF S B te 08): 264° Q.-R lan (0) ~\O0sen(?4,4)= 75 K Vay GE wtos IV, cos(@) A Aller MJdeng Cagaci ler Qntee? 95 - A = coi (0.4%) = 18.2" 0, =P “ll. 29.99" | S.]- FL = 105.3 «VA Insight co Q Q, =, -Q = 15 -32.35 =42.1kK VA, eX Ve en Jt aK i“ oe “ 4 Y) (v we _ Soe Ss reeling _ Ss? Comedd | ae “amonet $C x Ey = EZ0 * 10° Jy Te - Eq r.-12-6 ~ £y. E/-120° ube a Fag «Ee-E Lego’ c T, +b T,-Tl-10-8 ZL +Zy Te Le L T £140-2 Zrzy 2.6 Creamy 1a FE 3-Lse - \ L L3o = bon a cs : “4 Eq beh ow ey cue V3. [ o 7 3 £ 130-110 —_ L Coa L 130-140 Loa (a Ec {30 Goad /\ Conne elion a - ANA aan CO Qa Ay $$ Wt Cc Ved bhal To t Vy t TT. 3 (0) Lor ON A ms Faaemanes eal Load by Const dering KCL al Nedes A, 6,0 al Kesaud cide Tes Tye Ty — ——— Wyre Zh ] ©) ‘| Zy or eq siyben| Zyo4 A- dead — = Pee nm Belened 9. ) Ceci uit %, (P< Ya Vm Cos(ubS) ’ Tio Za (L) -V4 Te cos(utr B. A) b aor Plt) = %; bw b + Vn ‘ty a oy “¢ Qnv vA os te 4 = 3 Ven Te cas(S- -F) + + Ve. Le leony Compl Pvey V,. =\y, 2% SIT ees | Ta: Th LA Problem S Load LP ) » Qe. } ae | ) 0.0.5, = (love KW + 51010 Vy) (4x0) ie = 434K VAy > (745K + j070K) Lb pf: corte 1946 = 0.864 Y Use Gonpla Bower P\Q =VT" ¥ eT - Naw ° Pow -\ Qa Q.=Q- Q la. Gh - ) | |, =1020K-484K | . —" 5 26K VAr genaaled by pei a at Qe A- JO.a -Q | if Sener Ha 48% love” 2-5 36 KVAr Consame d by capac hor - 480_ 420K[1 3061, banfer (0! vy rial Z| \\t) =0.9-99KA | Pia) Ok (7 (aan 25434 = 86.476 KVAr Oya Ons #2 100.62 + 2h. =150, @KWr Pp pf-——-2e gy Vi t06)% (igo.ax” b «) 2 ANI’ 369 = Cobley fale TO On _ ve tv) Q.0-Q) -Q 1+@ \ Nele Consiskand sel of Unit