Products

DESCRIPTION

• Overview
• Product Description
• Specification
• Main Products
• Company Profile
• FAQ

Overview

Basic Info.

Model NO.	GLGW-ESS-6KW
Cycle Life	6000 Cycles
Nominal Capacity	314ah
General Parameters	LiFePO4 Lithium Battery
Scalability	Modular
Grid Connection	off Grid
Rated Voltage	51.2V
Output Power	16kwh
Protection Class	IP54
Maximum Photovoltaic Input Power	9000W
Discharge Temperature	-15℃~+50℃
System Type	Portable
Transport Package	Carton
Specification	1040*460*240 mm
Trademark	GLGW
Origin	China
Production Capacity	10000 Pieces Per Month

Packaging & Delivery

Package Size110.00cm * 50.00cm * 30.00cm Package Gross Weight115.000kg

Product Description

Product DescriptionHome Energy Storage System Solar 6KW Hybrid Inverter 16kWh 314Ah LiFePO4 Mobile Lithium Battery All-in-One MachineFeature:High Capacity Battery: 16kWh ensures long-term power supply for off-grid use.
Robust Design: IP54 protection rating offers durability in various environments.
Efficient Power Management: Supports 5-10kW system energy range for versatile applications.
Convenient Installation: Compact size (1040*460*240mm) allows easy placement in tight spaces.
Long Lifespan: 6000 cycles indicate reliable performance over time.

Specification

Inverter Parameters	6KW
Power	6KVA/6KW
Maximum photovoltaic input power	9KW
Two AC outputs	Yes
Maximum one-way AC output power	6KVA/6KW
Maximum two-channel AC output power	6KVA/6KW
Maximum AC total output power	6KVA/6KW
Parallel machine function	NO
Lithium-ion communication	RS232/RRS485/Dry Contact
Lithium battery activation	Yes (photovoltaic or mains)
Input
Rated voltage	230VAC
Voltage range	170-280VAC (computer application); 90-280VAC (household appliances)
Frequency	50 / 60 Hz (automatic detection)
Output
Rated voltage	220/240VAC±5%
Instantaneous power	9000VA
Frequency	50/60 Hz
Output waveform	Pure sine wave
Switching time	10ms (computer application); 20ms (household appliances)
Peak efficiency (PV to INV)	96%
Peak power (Battery to INV)	93%
Overpower protection	5s@>=140% l0ad;10s@100%~140% load
Peak coefficient	3:1
Power factor	0.6~1 (capacitive or inductive)
Grid connection mode	Not support
PV Charging & AC Charging
Charge mode	MPPT
Maximum photovoltaic input power	9000W
Maximum photovoltaic open circuit voltage	500VDC
MPPT voltage range	60VDC-450VDC
Maximum photovoltaic input current	27A
Maximum photovoltaic charging current	120A
Maximum mains charging current	120A
Maximum charging current	120A

Battery Parameters		16KWH
Nominal Capacity		314AH
Rated Voltage		51.2V
Discharge Cut-off Voltage		44V
Charging Cut-off Voltage		56.4V
Float charging voltage		56V
Continuous charging maximum current		60A
Maximum current for continuous discharge		150A
Battery Energy		16000Wh
Rated Output Power		6000W
Communication Interface		RS232/RRS485/Dry Contact
Discharge working temperature		-15 ℃~50 ℃
Charging working temperature		0 ℃~50 ℃
Relative Humidity		5~90%
Altitude		< 4000m
Protection Grade		IP21
Storage Time		Keep charging at least once every 3 months
Number of cydes		> 6000 times
Main Parameters For BMS
Overcharge Protection	Overcharge detection voltage	Monomer 3.65 + 0.05V
	Overcharge protection delay	0.5S
Over Discharge Protection	Overdischarge detection voltage	Monomer 2.7 + 0.05V
	Overdischarge detection delay	0.5S
Overcurrent Protection	Greater than rated current	1.10%
Overcurrent Recovery	Disconnect Load	/
Self Consumption Power	Working Current	< 10mA
	Sleep Current	< 50uA

Main Products

Company Profile

FAQ

Q: What core advantages do GLGW commercial energy storage systems have for industrial users?
A: Our systems adopt high-performance lithium batteries and advanced BMS, featuring high energy density, long cycle life (≥6000 cycles), and intelligent grid connection. They help users reduce electricity costs via peak-valley arbitrage and ensure stable power supply.Q: Can your energy storage systems integrate with photovoltaic (PV) systems?
A: Yes. Our systems are fully compatible with PV systems, enabling solar energy storage and on-demand power supply, which maximizes the utilization of renewable energy and reduces reliance on the grid.Q: What is the lead time for custom commercial energy storage projects?
A: The lead time varies by project scale—typically 4–12 weeks for design, production, and commissioning. We provide a detailed project timeline and real-time progress updates for clients.Q: What after-sales services do you offer for energy storage systems?
A: We provide one-stop after-sales services, including on-site installation guidance, system debugging, operation training, and 24/7 remote monitoring. The warranty period is 24–36 months for the core components.Q: Are your energy storage systems compliant with grid connection standards?
A: Yes. Our systems meet IEC, UL, and GB standards, and we can provide grid connection certification documents required by different countries to ensure smooth project implementation.