Product details of the graphene battery electric car
Product Overview
The raw materials of graphene battery electric car are sourced by our experienced and professional purchasing team. They think highly of the importance of raw materials which is essential to the performance of the product. The quality of the product stays in line with current regulation and standard. has reached its peak in graphene battery electric car industry for its good quality service and quality assurance.
Product Description
Supported by advanced technology, has a great breakthrough in the comprehensive competitiveness of graphene battery electric car, as shown in the following aspects.
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 |
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Battery Voltage Range (V) |
40-60V |
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Max.Charging Current (A) |
120 A |
13SA |
190A |
190A |
Max. Discharging Current (A) |
120 A |
13SA |
190A |
190A |
Charging Curve |
3 Stages / Equalization |
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Extemal Temperature Sensor |
Optional |
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Charging Strategy for Li-ion Battery |
Self-adapti on to BMS |
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PV String Input Data |
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Max. DC Input Power (W) |
6500W |
7800W |
9880W |
10400W |
PV Input Voltage (V) |
370V (100v-500V) |
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MPPT Range (V) |
12SV-425V |
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Start-up Voltage (V) |
150V |
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PV Input Current (A) |
11A+11A |
22A+11A |
22A+22A |
22A+22A |
No. of MPPT Trackers |
2 |
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No. of Strings Per MPPT Tracker |
1+1 |
2+1 |
2+2 |
2+2 |
AC Output Data |
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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 |
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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) |
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Grid Type |
Split phase:2/3phase;Single Phase |
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Current Harmonic Distortion |
THD<3% (Linear back <15%) |
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Max. Efficiency |
97.60% |
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Grid Regulation |
ULI741, IEEE 1547, RULE21,VDE0126, AS4777, NRS2017, G98,G99, IEC61683, IEC62116, IEC61727 |
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Safety Regulation |
IEC62109-1, LEC62109-2 |
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EMC |
EN61000-6-1. EN610006-3,FCC15class B |
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 Efficiency*1 |
97.5% |
97.7% |
97.5% |
Cells Self- discharge Rate |
2% per month |
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Projected life(25C) |
15 years |
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Recommended Depth of Discharge |
≤90% |
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Maximum Depth of Discharge |
100% |
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Cooling Method |
Natural |
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Shell Material |
Metal & ABS plastic |
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Parallel Connection |
Up to 16 sets |
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Compatible Protocol Monitoring Data |
CAN, RS485 |
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Monitoring Data |
System voltage, current, temperature, SOC, SOH, cycle, cell’ s voltage |
Module type |
|
|
YLxxxDF54e/2(xxx=Pmax) |
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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
Compatible Protocol: CAN, RS485
Company Information
provides customers with personalized solutions and fast and high-quality after-sales service in graphene battery electric car field. has highly qualified professionals for manufacturing graphene battery electric car. Being committed to graphene battery electric car makes more famous in this field. Welcome to visit our factory!
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