Wall Mounted Energy Storage 5KWH
- Battery Chemistry: LiFeP04
- Cell Capacity(Ah): 100AH
- Nominal Energy(kwh): 5.12kwh
- Output Power(kw): 5.12kw
- Default Voltage(V): 51.2V
- Voltage Range(V): 43.2-57.6V
- Max.Operation Current(A): 100A
- Primary Overcurrent Protection (A): 110@10S
- Secondary Overcurrent Protection(A): 120@2S
- Overview
- Recommended Products
Product Overview:
Oregon 48V/51.2V 100Ah Wall Mounted Home Energy Storage System
Specifications and Parameters:
Battery Parameter | |
Battery Chemistry |
LiFeP04 |
Cell Capacity(Ah) |
100AH |
Nominal Energy(kwh) |
5.12kwh |
Output Power(kw) |
5.12kw |
Default Voltage(V) |
51.2V |
Voltage Range(V) |
43.2-57.6V |
Max.Operation Current(A) |
100A |
Primary Overcurrent Protection (A) |
110@10S |
Secondary Overcurrent Protection(A) |
120@2S |
Max. Charging Voltage(V) |
57.6V |
Discharge Cut-off(V) |
40V |
Recommended Charging Voltage(V) |
56.8V-58.4V |
Dimension(W*D*H) |
700x390x149mm |
Net Weight(Approximate) |
45kg |
Scalability |
Max.16 systems in parallel |
Storage Conditions |
-20°C-55°℃(0°C~35°℃Recommended) |
Operating Temperature |
Charge: 0°℃~50°℃ |
Cooling |
Natural Cooling |
Max.Altitude |
2000m/656lft |
Cycle Life |
8000Cycles |
Communication |
RS485,CAN,WiFi |
System Characteristic | |
Battery Model |
OG-WM5KWH-L1 |
Battery Compliance |
UL1642,UL1973,UN38.3,IEC62619,CE |
Installation Method |
Wall-Mounting |
Installation Scene |
Indoor |
IP Rating |
IP20 |
Warranty |
5 Years |
Product Features:
Reliable LFP Chemistry: Oregon wall-mounted batteries adopt Lithium Iron Phosphate (LFP) cells, offering excellent thermal stability, long cycle life, and safe daily operation for modern homes.
Slim and Sleek Design: With its ultra-thin profile and silent operation, the Oregon battery blends naturally into residential walls—ideal for space-saving indoor or sheltered outdoor setups.
Versatile and Scalable Integration: Oregon is engineered to support a wide range of inverters and applications. Its modular design allows effortless expansion, whether for single homes or multi-unit energy projects.
Application Scenarios:
● Home Backup Power
● Peak Shaving
● Solar Energy Storage
● Off-Grid Living
● Emergency Power Supply
● Load Shifting
● Remote/Cabin Power
● RVs & Tiny Homes
● Energy Independence
● Microgrid Applications
Frequently Asked Questions (FAQ):
Q: How stable are your lithium batteries in extreme environments?
A: Our lithium batteries are built with high-strength, corrosion-resistant materials and feature special waterproof and anti-salt-spray treatments, ensuring stable operation in harsh marine conditions such as high temperatures, humidity,and salt spray. They comply with international safety certifications (e.g., UN38.3, CE).
Q: How do you enable real-time battery status monitoring?
A: Our integrated smart BMS (Battery Management System) supports remote data monitoring, fault alerts, and energy efficiency optimization. lt is compatible with multi-platform APls for seamless enterprise system integration.
Q: Can you provide customized battery solutions for special vessel requirements?
A: We offer modular designs for commercial shipping, port equipment, and offshore platforms, supporting capacity expansion, voltage adaptation, and special protection needs (e.g., explosion-proof, low-temperature resistance).
Q: What does your after-sales technical support include?
A: We offer 24/7 global technical response, regular maintenance checks, 5-year warranty, and extended warranty options (up to 10 years),ensuring business continuity.
Q: How do you ensure delivery timelines and logistics?
A: With 34+ global warehouses, standard product delivery takes s 3 days, and urgent orders can be expedited. We also provide technical training.
Q: Do your products comply with international environmental regulations?
A: All products are ROHS, CE, FCC certified. Our production processes use green technologies, helping enterprises achieve carbon neutrality goals.
Q: Can I connect multiple battery in parallel?
A: Yes, it is possible to connect multiple 12V lithium battery in parallel to increase the overall capacity or to achieve a higher current output. When connecting battery in parallel, it is crucial to ensure that they have the same voltage rating, capacity, and state of charge. Additionally, proper wiring and balance between the battery are essential to ensure equal distribution of load and charging currents. Using a battery management system or a battery balancer can help monitor and maintain the balance between the parallel-connected battery.
Contact Us:
If you have any other questions, pls. feel free to CONTACT US. Welcome your enquiry.
Company name: Oregon(SY)Amperex Technology Co. Limited
Address: Room 1703, 17th Floor, Gangxia Huarong Building, 2003 Shennan Road, Futian District, Shenzhen, Guangdong Proince, China
Contact person: Lena Wu
Tel: +86 15970856312
Hand phone: +86 15970856312
Email: [email protected]