Capacitor for Multiplying Power Factor Chart

We are Manufacturer, Supplier of LT Capacitors, Non Self Healing Capacitors, APP Single Layer Capacitors, APP Double Layer Capacitors, Mixed Dielectric Capacitors, Self Healing Capacitors, MPP Capacitors, HT Capacitors, System Analysis for Harmonics and Solutions, Harmonic Filters Contactor Based APFC Panels, Thyristor Based APFC Panels from Pune, Maharashtra, India.

Multiplying Factor for calculating the rating For Power Factor improvement

INITIAL POWER FACTOR	REQUIRED POWER FACTOR
INITIAL POWER FACTOR	0.90	0.91	0.92	0.93	0.94	0.95	0.96	0.97	0.98	0.99	UNITY
0.65	0.685	0.713	0.740	0.774	0.806	0.840	0.877	0.918	0.967	1.026	1.169
0.66	0.654	0.682	0.709	0.743	0.775	0.809	0.846	0.887	0.935	0.995	1.108
0.67	0.624	0.652	0.679	0.713	0.745	0.779	0.816	0.857	0.905	0.965	1.108
0.68	0.595	0.623	0.650	0.684	0.716	0.750	0.786	0.827	0.875	0.935	1.078
0.69	0.565	0.593	0.620	0.654	0.686	0.720	0.757	0.798	0.845	0.906	1.049
0.70	0.536	0.564	0.591	0.625	0.657	0.691	0.728	0.769	0.817	0.877	1.020

0.71	0.508	0.536	0.563	0.597	0.629	0.663	0.700	0.741	0.789	0.840	0.992
0.72	0.480	0.507	0.534	0.568	0.600	0.635	0.672	0.713	0.761	0.821	0.964
0.73	0.452	0.480	0.507	0.541	0.573	0.607	0.644	0.685	0.733	0.793	0.936
0.74	0.425	0.453	0.480	0.514	0.546	0.580	0.617	0.658	0.706	0.766	0.909
0.75	0.398	0.426	0.453	0.487	0.519	0.553	0.590	0.631	0.679	0.739	0.882

0.76	0.370	0.399	0.426	0.460	0.492	0.526	0.563	0.604	0.652	0.712	0.855
0.77	0.345	0.373	0.400	0.434	0.466	0.500	0.537	0.578	0.626	0.686	0.829
0.78	0.318	0.347	0.374	0.408	0.440	0.473	0.510	0.551	0.599	0.659	0.802
0.79	0.292	0.320	0.347	0.381	0.413	0.447	0.484	0.525	0.573	0.633	0.776
0.80	0.226	0.294	0.321	0.355	0.387	0.421	0.458	0.499	0.547	0.607	0.750

0.81	0.240	0.268	0.295	0.329	0.361	0.395	0.432	0.473	0.521	0.581	0.724
0.82	0.214	0.242	0.269	0.303	0.335	0.369	0.406	0.447	0.405	0.555	0.698
0.83	0.188	0.216	0.243	0.277	0.309	0.343	0.380	0.421	0.460	0.529	0.672
0.84	0.162	0.190	0.217	0.251	0.283	0.317	0.354	0.396	0.443	0.503	0.646
0.85	0.136	0.164	0.191	0.225	0.257	0.291	0.328	0.369	0.417	0.477	0.620

0.86	0.109	0.140	0.167	0.198	0.230	0.264	0.301	0.342	0.390	0.450	0.593
0.87	0.083	0.114	0.141	0.172	0.204	0.238	0.275	0.316	0.364	0.424	0.567
0.88	0.056	0.085	0.112	0.143	0.175	0.211	0.248	0.289	0.337	0.397	0.540
0.89	0.028	0.059	0.086	0.117	0.149	0.183	0.220	0.261	0.309	0.369	0.512
0.90	-	0.031	0.056	0.089	0.121	0.155	0.192	0.233	0.281	0.341	0.484

0.91	-	-	0.027	0.058	0.090	0.127	0.164	,0.205	0.253	0.313	0.456
0.92	-	-	-	0.031	0.063	0.097	0.134	0.175	0.223	0.283	0.428
0.93	-	-	-	-	0.032	0.066	0.108	0.144	0.192	0.252	0.395
0.94	-	-	-	-	-	0.034	0.071	0.112	0.160	0.220	0.363
0.95	-	-	-	-	-	-	0.037	0.078	0.126	0.186	0.329

0.96	-	-	-	-	-	-	-	0.041	0.089	0.149	0.292
0.97	-	-	-	-	-	-	-	-	0.048	0.108	0.251
0.98	-	-	-	-	-	-	-	-	-	0.060	0.203
0.99	-	-	-	-	-	-	-	-	-	-	0.143

EXAMPLE	Load : 200KW	PF improved to be ( Target PF ) 0.99	Initial PF : 0.70
	MF from above table : 0.877 Capacitor required : 200 x 0.877 = 175.4 KVAR, approx. 175 KVAR