Capacitor Bank-1

Hybrid Inverters 3.6KW-8KW

Model	SUN-5K-SG01LP1-US	SUN-6K-SG01LP1-US	SUN-7.6K-SG01LP1-	SUN- 8 K- SG0 1 LP1 - US/EU
Battery Type	Lead-acid or lithium-ion
Battery Voltage Range (V)	40-60V
Max.Charging Current (A)	120 A	13SA	190A	190A
Max. Discharging Current (A)	120 A	13SA	190A	190A
Charging Curve	3 Stages / Equalization
Extemal Temperature Sensor	Optional
Charging Strategy for Li-ion Battery	Self-adapti on to BMS
PV String Input Data
Max. DC Input Power (W)	6500W	7800W	9880W	10400W
PV Input Voltage (V)	370V (100v-500V)
MPPT Range (V)	12SV-425V
Start-up Voltage (V)	150V
PV Input Current (A)	11A+11A	22A+11A	22A+22A	22A+22A
No. of MPPT Trackers	2
No. of Strings Per MPPT Tracker	1+1	2+1	2+2	2+2
AC Output Data
Rated AC Output and UPS Power (W)	5000W	6500W	7600W	8000W
Max. AC Output Power	5S00W	6600W	8360W	8800W
Peak Rower (off grid)	2 times of rated power, 10 S
AC Output Rated Current (A)	20.8A	25A	31.7A/33A	31.4A/35A
Max AC Current (A)	22.9A	27.5A	34.9A/36.3A	36.7A/38.5A
Max.Continuous AC Passthrough (A)	35A	40A	50A	S0A
Output Frequency and Voltage	50 / 60Hz, 120/24Vac(split phase), 2O8Vac(2/3 phase). 230Vac (single phase)
Grid Type	Split phase:2/3phase;Single Phase
Current Harmonic Distortion	THD<3% (Linear back ＜15%)
Max. Efficiency	97.60%
Grid Regulation	ULI741, IEEE 1547, RULE21,VDE0126, AS4777, NRS2017, G98,G99, IEC61683, IEC62116, IEC61727
Safety Regulation	IEC62109-1, LEC62109-2
EMC	EN61000-6-1. EN610006-3,FCC15class B

Battery energy storage system Capwall 5.5kWh/10kWh/15kWh

Part Number	GTEM-48V5.5K-W	GTEF-48V10K-W	GTEM-48V15K-W
Energy storage	5.44kWh	10kWh	15kWh
Capacity	105Ah	210Ah	294Ah
Nominal Voltage	51.8V/DC	51.2V/DC	51.8V/DC
Maximum Charge Voltage	58V/DC	57V/DC	58V/DC
Discharge Cut-off Voltage	42V/DC	44V/DC	42V/DC
Internal Configuration	14S5P/EM21	16S7P/EF30	14S14P/EM21
ESR/AC @1KHz 50% SOC	<8mΩ	<9mΩ	<15mΩ
Max. Continuous Charge Current	100A	100A	200A
Max. Continuous Discharge Current	100A	100A	200A
Dimensions	470x510x175(mm)	730x750x138(mm)	700x765x175(mm)
Weight	45kg	117kg	132kg
Projected cycle life(25C)	20000 times	10000 times	20000 times
*Round Trip Efficiency1**	97.5%	97.7%	97.5%
Cells Self- discharge Rate	2% per month
Projected life(25C)	15 years
Recommended Depth of Discharge	≤90%
Maximum Depth of Discharge	100%
Cooling Method	Natural
Shell Material	Metal & ABS plastic
Parallel Connection	Up to 16 sets
Compatible Protocol Monitoring Data	CAN, RS485
Monitoring Data	System voltage, current, temperature, SOC, SOH, cycle, cell’ s voltage

Solar Panel 390-415W

STC*

NOCT*

STC*

Thermal characteristics

Module type			YLxxxDF54e/2(xxx=Pmax)
Power output	Pmax	W	390	395	400	405	410	415
Power output tolerances	△Pmax	W				0/+5
Module efficiency	ηm	%	19.97	20.23	20.48	20.74	21.00	21.25
Voltage at Pmax	Vmpp	V	30.27	30.42	30.56	30.71	30.86	31.00
Current at Pmax	Impp	A	12.89	12.99	13.09	13.19	13.29	13.39
Open-circuit voltage	Vac	V	36.80	36.90	37.00	37.10	37.20	37.30
Short-circuit voltage	Isc	A	13.68	13.77	13.86	13.95	14.04	14.13

*STC:1000W.m-2 irradiance,25℃ cell temperature,AM 1.5 spectrum according to EN 608904-3

Power output	ηm	%	296.85	300.63	304.34	308.17	312.03	315.80
Voltage at Pmax	Vmpp	V	28.87	29.01	29.01	29.14	29.43	29.56
Current at Pmax	Impp	A	10.28	10.36	10.44	10.52	10.60	10.68
Open- circuit voltage	Voc	V	34.98	35.08	35.17	35.27	35.36	35.46
Short- circuit voltage	Isc	A	11.02	11.09	11.17	11.24	11.31	11.38

*NOCT:open-circuit module operation temperature at 800W.m-2 irradiance,20℃ ambient temperature,1m*s-1 wind speed.

Power output	Pmax	%	426.86	432.33	437.80	443.27	448.75	454.22
Voltage at Pmax	Vmpp	V	30.27	30.42	30.56	30.71	30.86	31.00
Current at Pmax	Impp	A	14.10	14.21	14.33	14.43	14.54	14.65
Open- circuit voltage	Voc	V	36.80	36.90	37.00	37.10	37.20	37.30
Short- circuit voltage	Isc	A	14.97	15.07	15.17	15.27	15.37	15.47

*Bifaciality coefficient is 70% ±5%，rear irradiance is 135W.m-2

Nominal operating cell temperature	NOCT	C	39±2
Temperature coefficient of Pmax	γ	% / C	-0.35
Temperature coefficient of Voc	β	% / C	-0.28 0.05

*Bifaciality coefficient is 70% ±5%，rear irradiance is 135W.m-2

Certificate&Compatible Protocol

Compatible Protocol: CAN, RS485

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2 (9)

3 (7)

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7 (6)

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Company Advantages

· The design of capacitor bank conforms to the basic constitutive elements of geometrical morphology of furniture. It considers the point, line, plane, body, space, and light.

· This product can maintain a clean surface. The materials used are not easy to build up the molds and bacteria.

· The product, a must-have one in today's life, contributes to creating both material and spiritual pursuit for people.

Company Features

· leads the development of capacitor bank industry.

· The quality that is well accepted by our global customers is a big strength for

· We greatly welcome domestic and abroad customers for visit in Contact!

Application of the Product

capacitor bank of can be used in various scenarios in different fields.

provides customers with unique solutions to meet their individual needs.