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High Voltage Reactive Power Compensation Complete Set

High Voltage Reactive Power Compensation Complete Set

YDKTBBZ
Applicable to 6~35kV systems, it provides solutions for power factor correction, improving voltage quality and reducing line losses. The power factor correction device is composed of shunt capacitors, series reactors, zinc oxide lightning arresters, discharge coils, vacuum contactors, disconnectors, fuses, power factor controllers, main circuits and control circuits.

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Features Technical Indicators Overall Dimension

This specification is applicable to shunt capacitors for AC power systems with a frequency of 50Hz or 60Hz and a rated voltage of more than 1kV. The capacitor mainly provides reactive power for industrial frequency AC power systems to improve the power factor of the power grid, reduce losses, improve voltage quality, and give full play to the efficiency of power generation and power supply equipment.
Zhejiang Yide Technology Co., Ltd.'s high-voltage shunt capacitors have excellent performance and reliable quality. The development, design, manufacturing and testing of capacitors strictly follow the requirements of the International Electrotechnical Commission standard IEC60871-1, the national standard GB/T 11024.1~4 and the power industry standard DL/T840, and the key parameters are higher than the standard requirements.
Main structure
1. Main components of capacitors
1.1 The capacitor is mainly composed of a box shell and a body. The body is composed of a core and an outer insulating package. The box shell is filled with a liquid medium as an impregnant. The core is composed of a number of components and insulating parts. The components are made of two aluminum foils and several layers of polypropylene film placed in between, which are rolled and flattened. The components in the core are connected in a certain series-parallel manner to meet the requirements of different voltages and capacitances. In order to improve the partial discharge performance of the product and reduce losses, aluminum foil folding and protrusion welding technology is used.
Each component inside the capacitor with an internal fuse is connected in series with a fuse. When the component breaks down, the intact component connected in parallel with it will discharge it, so that the fuse will melt within milliseconds, ensuring that the faulty component that breaks down is quickly removed. If the capacitance change is within 5%, the capacitor can continue to operate.
1.2 The box shell is welded with thin steel plates or stainless steel plates. The box shell compensates for the change in the volume of the liquid medium inside with temperature by deformation. There is a lead-out bushing on the box cover, and hanging hooks for transportation and installation are welded on both sides of the box wall. A grounding bolt is installed on one side of the hanging hook, with the symbol (some are also equipped with ground feet on both sides of the bottom for installation).
The 2.6kV and 10kV three-phase capacitors are star-connected or led out with independent terminals, and each phase has a discharge resistor.

The technical parameters and performance of capacitors shall be subject to the ordering agreement, and the main parameters are given on the product nameplate. The following are general technical performance.
Capacitors are generally used in places where the ambient air temperature is -40℃~+45℃ (i.e. -40/B), and the installation area is not more than 1000m above sea level. Products with a suffix "G" in the model can be used at an altitude of more than 1000m. When ordering with special requirements, special instructions should be given.
The capacitance deviation of the capacitor shall not exceed -3%~+5% of the rated value. The ratio of the maximum to minimum capacitance measured between any two line terminals in the three-phase capacitor: 200kvar and below is not greater than 1.05, and 200kvar and above is not greater than 1.02.
The loss tangent of the capacitor at a temperature of 20℃, measured at rated frequency and rated voltage, shall comply with the following provisions: The impregnated full-film dielectric capacitor with discharge resistance and internal fuse shall not be greater than 0.0003, without discharge resistance and internal fuse shall not be greater than 0.0002.
Dielectric strength:
The dielectric between the capacitor terminals should be able to withstand one of the following two test voltages for 10 s.
A. Power frequency AC voltage: 2.15Un (Un is the rated voltage)
B. DC voltage: 4.3Un
The test voltage of three-phase capacitors should be adjusted appropriately to ensure that each phase withstands the above withstand voltage value.
The insulation level between the capacitor terminals and the casing should be able to withstand the test voltage listed in Table 1:

The capacitor is allowed to operate for 8 hours in every 24 hours at a voltage not exceeding 1.1 times the rated voltage, and can operate for no more than 30 minutes per day and night at a voltage of 1.15 times the rated voltage (except for transient overvoltage). In order to extend the service life of the capacitor, the capacitor should always be kept operating at a voltage not exceeding the rated voltage. (See Table 2 for details)

*Note: The overvoltage higher than 1.15Un in the table should occur no more than 200 times during the life of the capacitor. The capacitor is allowed to operate for a long time at a current not exceeding 1.3 times the rated current due to voltage rise and high-order harmonics. For capacitors with the maximum positive deviation of capacitance, this overcurrent is allowed to reach 1.37 times the rated current. If the capacitor operates for a long time at a voltage not exceeding 1.10Un, the voltage value including all harmonic components should not exceed 1.2√2un.

Note: The rated current of the capacitor refers to the current passed by the capacitor of rated capacity under sine wave, rated frequency and rated voltage.

Mechanical strength of capacitor bushing and conductive rod

Solder bushing

A. Capacitor bushings below 200kvar should be able to withstand 400N horizontal tension.

B. Capacitor bushings between 200kvar and 1000kvar should be able to withstand 500N horizontal tension.

C. Capacitor bushings above 1000kvar should be able to withstand 900N horizontal tension.

D. The torque that the capacitor conductive rod can withstand should meet the requirements of Table 3

Crimp bushing

A. Static tension parallel to the center line of the bushing is 1500N.

B. Static tension perpendicular to the center line of the bushing is 1000N.

C. The maximum torque of the nut wrench is 40N-m.

After the capacitor with internal discharge resistor is disconnected from the power supply, it can drop from the peak value of the rated voltage to below 75V within 10min. if it is to drop from the peak value of the rated voltage to below 50V within 5min or other technical requirements, it should be specified when ordering.

No further explanation.

Table of parameters of conventional capacitors
Standardized parameters of external fuse standard products

Model	Specification	Rated voltage kV	Rated current A	Rated frequency Hz	Rated capacitance kvar	Oil weight kg	Weight kg	Dimensions(mm)
Model	Specification	Rated voltage kV	Rated current A	Rated frequency Hz	Rated capacitance kvar	Oil weight kg	Weight kg	B	h1	H
BAM	6.6/√3-50-1W	6.6/√3	13.12	50	10.97	4.4	17	145	90	180
	6.6/√3-67-1W	6.6/√3	17.58	50	14.69	4.7	19	145	120	210
	6.6/√3- .100- .1W	6.6/√3	26.24	50	2 .1.93	5.2	23	145	120	270
	6.6/√3-134-1W	6.6/√3	35.16	50	29.39	5.8	27	145	120	330
	6.6/√3-150-1W	6.6/√3	39.36	50	32.9	6	30	145	120	370
	6.6/√3-200-1W	6.6/√3	52.48	50	43.86	6.8	37	145	120	470
	6.6/√3-250-1W	6.6/√3	65.61	50	54.83	8	42	145	220	550
	6.6/√3-300-1W	6.6/√3	78.73	50	65.8	11	50	173	220	560
	6.6/√3-334-1W	6.6/√3	87.65	50	73.25	10.5	52	173	220	600
	6.6/√3-400- .1W	6.6/√3	104.97	50	87.73	13	61	173	220	720
	6.6/√3-417-1W	6.6/√3	109.43	50	91.46	13.5	64	173	220	750
	6.6/√3-500- .1W	6.6/√3	131.21	50	109.66	15	75	173	220	870
	7.2/√3-50-1W	7.2/√3	12.03	50	9.21	4.5	18	145	90	180
	7.2/√3-67- .1W	7.2/√3	16.12	50	12.35	4.7	19	145	120	210
	72/√3- .100- .1W	7.2/√3	24.06	50	18.43	5.4	24	145	120	270
	7.2/√3- .134- .1W	7.2/√3	32.23	50	24.69	6	27	145	120	330
	7.2/ √3- .150- .1W	7.2/√3	36.08	50	27.64	6.3	29	145	120	370
	7.2/√3-200-1W	7.2/√3	48.11	50	36.86	7	35	145	120	450
	7.2/ √3-250- .1W	7.2/√3	60.14	50	46.07	8	41	145	220	540
	7.2/√3-300- .1W	7.2/√3	72.17	50	55.29	9	48	173	220	560
	7.2/√3-334- .1W	7.2/√3	80.35	50	61.55	10	52	173	220	610
	7.2/√3-400-1W	7.2/√3	96.22	50	73.72	11	60	173	220	710
	7.2/√3-417-1W	7.2/√3	100.31	50	76.85	13	62	173	220	730
	7.2/√3-500- .1W	7.2/√3	120.28	50	92.14	14.5	74	173	220	870
	11/√3-50-1W	11/√3	7.87	50	3.95	4.7	19.2	145	90	190
	11/√3-67- .1W	11/√3	10.55	50	5.29	4.6	20	145	120	220
	11/√3-100-1W	11/√3	15.75	50	7.9	5.2	24	145	120	290
	11/√3-134-1W	11/√3	21.1	50	10.58	6.7	30.7	145	120	360
	11/√3-150-1W	11/√3	23.62	50	11.84	6.7	32.1	145	120	380
	11/√3-200-1W	11/√3	31.49	50	15.79	7.7	38.9	145	120	480
	11/√3-250- .1W	11/√3	39.36	50	19.74	7.4	41	145	220	570
	11/√3-300-1W	11/√3	47.24	50	23.69	11.1	53.5	173	220	590
	11/√3-334-1W	11/√3	52.59	50	26.37	11.1	54	173	220	650
	11/√3-400-1W	11/√3	62.98	50	31.58	13	64	173	220	740
	11/√3-417-1W	11/√3	65.66	50	32.92	14	66	173	220	770
	11/√3-500- .1W	11/√3	78.73	50	39.48	16	78	173	220	910

Model	Specification	Rated voltage kV	Rated current A	Rated frequency Hz	Rated capacitance kvar	Oil weight kg	Weight kg	Dimensions(mm)
Model	Specification	Rated voltage kV	Rated current A	Rated frequency Hz	Rated capacitance kvar	Oil weight kg	Weight kg	B	h1	H
BAM	12/√3-50-1W	12/√3	7.22	50	3.32	4.3	17	145	120	200
	12/√3-67-1W	12/√3	9.67	50	4.45	5	20	145	120	220
	12/√3-100-1W	12/√3	14.43	50	6.63	5.6	24	145	120	280
	12/√3-134-1W	12/√3	19.34	50	8.89	6.7	28	145	120	350
	12/√3-150-1W	12/√3	21.65	50	9.95	6.5	30	145	120	370
	12/√3-200-1W	12/√3	28.87	50	13.27	7.7	36	145	120	460
	12/√3-250-1W	12/√3	36.08	50	16.59	8	42	145	220	550
	12/√3-300-1W	12/√3	43.3	50	19.9	11	49	173	220	560
	12/√3-334-1W	12/√3	48.21	50	22.16	12	56	173	220	610
	12/√3-400- .1W	12/√3	57.73	50	26.54	12.77	63.7	173	220	720
	12/√3-417- .1W	12/√3	60.19	50	27.67	13.3	64	173	220	750
	12/√3-500- .1W	12/√3	72.17	50	33.17	15	74	173	220	880
	11-50-1W	11	4.55	50	1.32	4.7	19	145	120	200
	11-100-1W	11	9.09	50	2.63	5.6	25	145	120	280
	11-134-1W	11	12.18	50	3.53	6.3	29	145	120	350
	11-150-1W	11	13.64	50	3.95	6.7	32	145	120	370
	11-200-1W	11	18.18	50	5.26	7.5	38	145	120	460
	11-250-1W	11	22.73	50	6.58	8.7	45	145	220	560
	11-300-1W	11	27.27	50	7.9	11	52	173	220	570
	11-334-1W	11	30.36	50	8.79	12	57	173	220	630
	11-400-1W	11	36.36	50	10.53	13.5	65	173	220	730
	11-417-1W	11	37.91	50	10.98	13.8	67	173	220	760
	11-500-1W	11	45.45	50	13.16	16	77	183	220	830
	12-100-1W	12	8.33	50	2.21	5.6	25	145	120	280
	12-120-1W	12	10	50	2.65	6	28	145	120	320
	12-134-1W	12	11.17	50	2.96	6.6	30	145	120	340
	12-150-1W	12	12.5	50	3.32	6.8	32	145	120	370
	12-200-1W	12	16.67	50	4.42	7.7	38	145	120	470
	12-250-1W	12	20.83	50	5.53	8.6	44	145	220	550
	12-300-1W	12	25	50	6.63	11	51	173	220	570
	12-334-1W	12	27.83	50	7.39	11.5	55	173	220	620
	12-400-1W	12	33.33	50	8.85	13.3	64	173	220	730
	12-417-1W	12	34.75	50	9.22	14	65	173	220	750
	12-500-1W	12	41.67	50	11.06	15	75	183	220	820

Note: 1. The data in the table is for reference only, the actual data is subject to ordering

2. Other types of capacitors can also be customized according to demand.

3. Filter capacitors and series capacitors can be customized according to engineering parameters.

4. Detailed parameter data is subject to the parameters confirmed by the specific project.

Model	Specification	Rated voltage kV	Rated current A	Rated frequency Hz	Rated capacitance kvar	Oil weight kg	Weight kg	Dimensions(mm)
Model	Specification	Rated voltage kV	Rated current A	Rated frequency Hz	Rated capacitance kvar	Oil weight kg	Weight kg	B	h1	H
BAM	6.6/√3-200- .1W	6.6/√3	52.48	50	43.86	7.5	37.6	145	120	460
	6.6/√3-250- .1W	6.6/√3	65.61	50	54.83	8	42	145	220	570
	6.6/√3-300-1W	6.6/√3	78.73	50	65.8	10.3	50	173	220	590
	6.6/√3-334-1W	6.6/√3	87.65	50	73.25	11.3	55	173	220	650
	6.6/√3-400- .1W	6.6/√3	104.97	50	87.73	12.7	63	173	220	760
	6.6/√3-417- .1W	6.6/√3	109.43	50	91.46	14	66	173	220	790
	6.6/√3-500- .1W	6.6/√3	131.21	50	109.66	14	76	173	220	920
	7.2/√3-200- .1W	7.2/√3	48.11	50	36.86	7.4	36	145	120	480
	7.2/√3-250-1W	7.2/√3	60.14	50	46.07	8.3	42	145	220	570
	7.2/√3-300- .1W	7.2/√3	72.17	50	55.29	10	49	173	220	590
	7.2/√3-334-1W	7.2/√3	80.35	50	61.55	11	54	173	220	640
	7.2/√3-400- .1W	7.2/√3	96.22	50	73.72	12.8	63	173	220	760
	7.2/√3-417-1W	7.2/√3	100.31	50	76.85	13	64	173	220	780
	7.2/√3-500- .1W	7.2/√3	120.28	50	92.14	15.5	74	173	220	910
	11/√3-200-1W	11/√3	31.49	50	15.79	7.9	38	145	120	490
	11/√3-250-1W	11/√3	39.36	50	19.74	9	47	145	220	620
	11/√3-300-1W	11/√3	47.24	50	23.69	10	53	173	220	600
	11/√3-334-1W	11/√3	52.59	50	26.37	12	55	173	220	690
	11/√3-400-1W	11/√3	62.98	50	31.58	13.5	65	173	220	770
	11/√3-417-1W	11/√3	65.66	50	32.92	14	67	173	220	800
	11/√3-500-1W	11/√3	78.73	50	39.48	16	78	173	220	940
	12/√3-250- .1W	12/√3	36.08	50	16.59	9	44	145	220	590
	12/√3-300-1W	12/√3	43.3	50	19.9	11	53	173	220	610
	12/√3-334- .1W	12/√3	48.21	50	22.16	12	58	173	220	680
	12/√3-400- .1W	12/√3	57.73	50	26.54	13.5	65	173	220	770
	12/√3-417-1W	12/√3	60.19	50	27.67	13	66	173	220	790
	12/√3-500-1W	12/√3	72.17	50	33.17	15	76	173	220	920
	11/2/√3-200-1W	11/2/√3	62.98	50	63.16	7.6	38	145	220	500
	11/2/√3-250- .1W	11/2/√3	78.73	50	78.96	10	47	145	220	600
	11/2/√3-300- .1W	11/2/√3	94,47	50	94.75	11	54	173	220	610
	11/2/√3-334- .1W	11/2/√3	105.18	50	105.48	12	58	173	220	650
	11/2/√3-400-1W	11/2/√3	125.96	50	125.33	13	67	173	220	780
	11/2/√3-417-1W	11/2/√3	131.32	50	131.7	14	69	173	220	810
	11/2/√3-500- .1W	11/2/√3	157.45	50	157.91	16	82	183	220	890
	12/2/√3-200- .1W	12/2/√3	57.73	50	53.08	9	40	145	220	480
	12/2/√3-250- .1W	12/2/√3	72.17	50	66.34	10.5	46	145	220	580
	12/2/√3-300- .1W	12/2/√3	86.6	50	79.61	11.5	52	173	220	590
	12/2/√3-334- .1W	12/2/√3	96.41	50	88.64	12	57	173	220	650
	12/2/√3-400- .1W	12/2/√3	115.47	50	106.15	13.5	66	173	220	760
	12/2/√3-417- .1W	12/2/√3	120.37	50	110.66	14	68	173	220	790

Model	Specification	New voltage kV	Rated current A	Rated frequency Hz	Rated capacitance kvar	Oil weight kg	Weight kg	Dimensions .(mm)
Model	Specification	New voltage kV	Rated current A	Rated frequency Hz	Rated capacitance kvar	Oil weight kg	Weight kg	B	h1	H
BAM	12/2/√3-500- .1W	12/2/√3	144.33	50	132.69	16	79	183	220	860
	11-334-1W	11	30.36	50	8.79	10	55	145	220	770
	11-400-1W	11	36.36	50	10.53	12	64	145	220	900
	11-417-1W	11	37.91	50	10.98	14	69	173	220	820
	11-500-1W	11	45.45	50	13.16	15	78	173	220	940
	12-334-1W	12	27.83	50	7.39	12	60	145	220	810
	12-400-1W	12	33.33	50	8.85	13.9	66	145	220	900
	12-417-1W	12	34.75	50	9.22	15	70	173	220	830
	12-500-1W	12	41.67	50	11.06	16.2	78	173	220	950
	11/2-200-1W	11月2日	36.36	50	21.06	8	38	145	120	490
	11/2-250-1W	11月2日	45.45	50	26.32	10.5	46	145	220	580
	11/2-300-1W	11月2日	54.55	50	31.58	11	52	173	220	600
	11/2-334-1W	11月2日	60.73	50	35.16	12	57	173	220	650
	11/2-400-1W	11月2日	72.73	50	42.11	13	65	173	220	760
	11/2-417-1W	11月2日	75.82	50	43.9	14	67	173	220	790
	11/2-500-1W	11月2日	90.91	50	52.64	16	79	183	220	870
	12/2-250-1W	12月2日	41.67	50	22.12	9	48	145	220	640
	12/2-300-1W	12月2日	50	50	26.54	12	57	173	220	650
	12/2-334-1W	12月2日	55.67	50	29.55	13	61	173	220	700
	12/2-400-1W	12月2日	66.67	50	35.39	14	70	173	220	790
	12/2-417-1W	12月2日	69.5	50	36.89	14.5	71	173	220	830
	12/2-500-1W	12月2日	83.33	50	44.23	15	82	183	220	930

Note: 1. The data in the table is for reference only, the actual data is subject to ordering

2. Other types of capacitors can also be customized according to demand.

3. Filter capacitors and series capacitors can be customized according to engineering parameters.

4. Detailed parameter data is subject to the parameters confirmed by the specific project