e-mail us: hi@gokwh.com
GoKWh 51.2V 150Ah 7.7kWh Wall-Mounted Battery Storage
Description
Specification
Main Parameter
Model: GO-WM-LV 7.7
Cell Technology: Lithium-iron Phosphate (LiFePO4)
Nominal Energy: 7.7kWh
Usable Energy: 7.5kWh
Round-Trip Efficiency: 98%
Scalability: Max. 15 Modules in Parallel
Dimensions(L/W/H): 680*485*180mm
Weight: 87kg
Installation: Indoor, Wall-Mounting
Warranty: 5 Years Product Warranty / 10 Years Performance Warranty
Electrical Parameter
Nominal Voltage: 51.2V
Nominal Capacity: 150Ah
Max Charge Current: 100A
Max. Cont. Charge Current: 100A
Max Discharge Current: 100A
Max. Cont. Discharge Current: 100A
Operating Voltage Range: 48V~56V
Standard Charge Voltage: 56V±0.5
Discharge Cut-Off Voltage: 45V±0.5
General Parameter
Cycle Life: ≥6000 Times (80%DoD)
Service Life: 10 Years
Protection Rating: IP21
Display: SOC Status Indicator, LED Indicator
Communication: RS485, RS232, CAN
Charge Temperature Range: 0℃~60℃ (Under 0℃ extra heating mechanism)
Discharge Temperature Range: -20℃~60℃ (Under 0℃work with reduced capacity)
Storage Temperature Range: -40℃~55℃ @ 60%±25% relative humidity
Compatible Inverters
SMA, Victron Energy, Deye, Goodwe, Growatt, Sermatec, etc.
* Compatible tests with different brands of inverter are continuously, updates will be periodical.
Features
- Reassuring Foundation
Adopted the most stable and safe lithium iron phosphate (LiFePO4) battery.
- High Cost Performance
6000 cycles, 10 years of service life, providing long-term energy for your home.
- Perfect Match
Compatible with inverters of most mainstream brands on the market.
- High Safety
Build-in BMS, protection functions of discharge, overcharge, over current, high temperature and low temperature.
- Arbitrary Extension
3 capacity options：5.1, 7.7 and 10.2kWh. The same capacity of the battery can be freely expanded from 5.1 to 153kWh.
PRODUCT FAQS
1. Can I expand the GO-WM battery retrospectively?
Yes, our GO-WM series of energy storage systems have a total capacity of 5.1,7.7 and 9.6kWh. With the same capacity, up to 15 battery modules can be connected in parallel if you need.
2. Where should GO-WM battery be installed in my home?
Generally, any wall in your home will do.
But try to install the battery in a ventilated and dry place, avoid contact with fire and water. Also pay attention to the load-bearing capacity of the wall, so as not to overwhelm the wall and cause it to collapse.
3. What material does my GO-WM energy storage battery use? Why use it?
GoKWh’s GO-WM series products use LiFePO4 batteries as raw materials. The battery composed of LiFePO4 material has long service life, long cycle, large discharge power, high stability, high-cost performance and is very friendly to the environment. The life cycle of each battery can be recycled more than 3000 times and used for about ten years. In the past, the cycle life of our commonly used lead-acid battery was less than 400 times, the service life was about two years, and the volume was large and bulky. In contrast, the performance of lithium battery is better than that of lead-acid battery, which is a new choice for people to buy batteries.
4. What’s the deal with battery lifecycle?
Our engineers ensure that lithium-ion batteries installed in GO-WM series can withstand up to 6000 cycles! This will allow you to use one battery much longer than other manufacturers. And up to 10 years of superior design life to provide your family with cost-effective energy storage solutions.
5. Do I have to buy a special inverter before installing GO-WM energy storage system?
The GO-WM ESS series with the high compatibility BMS, seamless butt joint with energy storage inverter（SMA, Victron Energy, Deye, Goodwe, Growatt, Sermatec…)
If your inverter is not on the list, please contact us at hi@gokwh.com.
*The price on this page is the unit price of the product, excluding shipping.
**The energy storage battery is a special product, and a certain amount of freight is required for transportation. And the shipping cost is different for each region, please contact our team (hi@gokwh.com) to verify the local delivery cost.
