Hotgraphene Battery Ev Brand

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Product details of the graphene battery ev

Quick Detail

We develop graphene battery ev using hi-tech tools and equipment. By using the advanced testing equipment in the product, many quality problems of the product can be detected immediately, thus effectively improving the quality. has established the first-class corporate culture management and brand image in graphene battery ev industry.

Product Introduction

Compared with products in the same category, graphene battery ev has the following outstanding features.

Inverters 6kW-8kW-10kW

	Parameter	GT-EST06KH	GT-EST08KH	GT-EST10KH
Efficiency	Max Efficiency	>98 2%	>98 2%	>98 2%
PV Input	Max. PV input power(W)	7800	10400	13000
	Max. PV input voltage(V)	1000	1000	1000
	MPPT Operation Voltage Range (V)	180-950	180-950	180-950
	Number of MPPT/PV Strings	2/1	2/1	2/1
	Max. PV input current(A)	15/15	15/15	15/15
	Short- circuit current of PV input( A)	18/18	18/18	18/18
Battery	Max Input/Output Voltage(V)	550	550	550
	Operating Voltage Range(V)	180-550	180-550	180-550
	Max Charge/Discharge Current(A)	25/30	25/30	25/30
	Max Input/Output Power(W)	6000/6000	8000/8000	10000/10000
	Battery Type	Li-ion/Lead-acid
AC Input and Output	Rated Power(W)	6000	8000	10000
	Max. Apparent AC Power(VA)	6000	8000	10000
	Nominal AC Voltage(Vac)	380,3L/N/PE	380,3L/N/PE	380,3L/N/PE
	AC Power Frequency ( Hz)	50/60	50/60	50/60
	Max. AC Output Current(A)	10	12	15
	Power Factor Range	~1 (Adjusta	ble from 0.8 leading	to 0.8 lagging)
	OutputTHDi(@Nominal Output)	<3%	<3%	<3%
Genaral Data	Operating Temperature	-25C …+60C(>45C derating)
	Range Topology	Transformerless
	Cooling Method	Natural convection
	Ingress Protection Rating	IP65
	Relative Humidity	0-100%, no condensation
	DC Connection Type	MC/ Amphenol/ Phoenix
	AC Connection Type	Plug-in Connector
	Display	LCD
	Communication With Portal	RS485 (WiFi/GPRS Optinal)
	Communication With BMS	CAN
	Communication With Meter	RS485
Certification	Safety	IEC62109-1/-2
	EMC	EN61000-6-1/-2/-3,IEC61000
	On- Grid standard	AS4777.2:2020 ，NRS097-2-1:2017 ，PN-EN50549-1:2019,VDE-AR-N 4105:2018,EN50549-1:2019+AC:2019-4

Battery energy storage system Capwall 400V14.4kWh/345V10kWh

Part Number	GTEM-400V14.4K-W	GTEF-345V10K-W
Energy storage	14.4kWh	10.3kWh
Nominal Voltage	400V/DC	345.6V/DC
Maximum Charge Voltage	453V/DC	390V/DC
Discharge Cut-off Voltage	292V/DC	300V/DC
ESR/AC @1KHz 50% SOC	<150mΩ 50A	<100mΩ 15A
Max. Continuous Charge Current	50A	15A
Max. Continuous Discharge Current	50A	30A
Round Trip Efficiency	96%	97.7%
Charge Temperature	0 C~ + 5 5 C	0 C~ + 4 5 C
Discharge Temperature	-20C~+60C	-30C~+60C
Self- discharge Rate	2% per month	2% per month
Recommended Depth of Discharge	≤90%	≤90%
Maximum Depth of Discharge	100%	100%
Cooling Method	Natural	Natural
Mounting Options	Wall/floor	Wall/floor
Shell Material	Metal & ABS plastic	Metal & ABS plastic
Communication	CANbus	CAN,RS485
Monitoring Data	System voltage,current,temperature,SOC,SOH,cycle,cell’s voltage
Compliance Information
Certificate Options	IEC62619:2017,IEC62040, EN 62133:2013, EN 55032:2015+AC:2016, EN 55035:2017,EN 61000-3-2:2014, EN 61000-3-3:2013, RoHS, UN38.3, MSDS

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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Company Information

Until now, high quality graphene battery ev has been produced by has been optimizing technology to keep graphene battery ev more competitive. We actively promote the progress of projects in the field of environmental protection. We recycle and reuse most of the wastes and utilize the rest of the waste to generate energy, aiming to develop a cyclic economy.
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we welcome custom designs and ideas and is able to cater to the specific requirements. for more information, please visit the website or contact us directly with questions or inquiries.