Working Principle of Wall-mounted Lithium Battery
1. Core Electrochemical Mechanism: Charging and discharging are achieved through the migration of lithium ions between the positive and negative electrodes. During charging, lithium ions deintercalate from the positive electrode and intercalate into the negative electrode, converting electrical energy into chemical energy for storage. During discharging, lithium ions return from the negative electrode to the positive electrode, releasing chemical energy as electrical energy.
2. Intelligent BMS Control: Acting as the "brain" of the system, the Battery Management System (BMS) continuously monitors voltage, current, and temperature. It provides protection against overcharging, over-discharging, overcurrent, and excessive temperature, maintains cell consistency through balancing management, and supports communication linkage and charge-discharge scheduling.
3. Synergistic Operation of Components: A lithium battery pack (configured in series/parallel to meet voltage and capacity requirements), protective enclosure (for heat dissipation, water resistance, and dustproofing), and interfaces with circuit breakers (providing secondary safety protection) work together to ensure stable operation.
4. Complete Working Cycle:
- Energy Storage Phase: Charging occurs during off-peak grid hours or when solar power is abundant, with the BMS controlling charging to a safe capacity.
- Power Supply Phase: Discharging activates during power outages, peak grid hours, or insufficient solar generation, with the BMS monitoring remaining capacity to prevent over-discharging.
- Standby Phase: Low-power monitoring maintains the battery at an optimal storage level (50%-60%) to minimize capacity degradation during idle periods.
Product Parameters
| MODEL |
OMS-5120 |
| Product |
51.2V100AH |
| Dimension moudle(mm) |
535*185*570 |
| Dimension RACK(mm) |
535*185*570 |
| Weight(kg) |
50KG |
| Nominal Voltage (V) |
51.2 |
| Nominal Capacity (KWh) |
5.12 |
| Discharge Cut-off Voltage (V) |
44.8 |
| MODEL |
OMS-5120 |
|
Charge Cut-Off Voltage (V)
|
56.8 |
| Recommend Charge/Discharge Current (A) |
80 |
| Max. Charge/Discharge Current(A) |
100 |
| Communication |
RS485/RS232/CAN |
| Working Temperature |
0ºC~50ºC Charge -10ºC ~50ºC Disharge |
| Transport or Storage Temperature Range |
-20ºC~60ºC |
| Design Life |
15years+ |
| Cycle Life |
( 0.5C/0.5C-80% D0D ) >6000 times |
Our Advantages
1.Space-Saving & Easy Installation: Wall-mounted design eliminates floor space usage, fitting compact scenarios like homes and shops. Its lightweight structure with standardized brackets enables hassle-free installation without occupying valuable ground area.
2.Enhanced Safety Protection: Integrated BMS monitors charging/discharging in real-time. Combined with flame-retardant casing and IP protection, it effectively prevents overcharging, overheating, and short circuits, reducing fire risks.
3.Efficient Energy Storage & Scheduling: High energy density supports fast charging/discharging. BMS intelligently manages off-peak storage and peak-time supply, boosting energy utilization efficiency for solar and other renewable energy setups.
4.Strong Adaptability & Flexibility: Compatible with grid, solar, and multiple power inputs. It flexibly matches various load demands, supports remote monitoring, and seamlessly integrates into home or small commercial energy storage systems.
5.Low Maintenance & Long Lifespan: Lithium iron phosphate cells offer thousands of cycles. BMS balancing minimizes degradation, requiring little daily maintenance and reducing long-term operational costs.
Energy Storage for New Energy Matching : Paired with distributed solar panels, it stores excess daytime generation to fill supply gaps at night or on cloudy days, boosting clean energy self-consumption and reducing grid reliance.
|
Emergency Backup Power: Serves as UPS backup for scenarios requiring stable power, such as hospital clinics and small laboratories. Enables millisecond-level switching to ensure uninterrupted operation of precision equipment. |
Outdoor & Mobile Settings: Suits compact energy storage needs in telecom base stations and outdoor charging piles. Wall-mounted installation saves space, withstands temperature/humidity changes, and ensures continuous device power supply. |
| Residential Energy Storage: Adapts to household electricity needs by storing solar energy or off-peak grid power. Supplies electricity during peak hours to reduce bills and acts as an emergency power source for lighting, refrigerators, etc., during outages. |
Small Commercial Spaces: Ideal for compact areas like shops and convenience stores. Balances peak-time power loads, cuts grid capacity upgrade costs, and maintains core equipment (cash registers, emergency lighting) during sudden blackouts.
|
Company Profile
BAODE LIGHTING GROUP CO., LTD.
Honesty, hard work, and keeping pace with the times
Founded in 2000, Baode Lighting Group Co., Ltd. has evolved into a high-tech enterprise after over 20 years of development, specializing in R&D, design, production, engineering, service, and O&M of outdoor lighting equipment, solar/street/smart/high-pole lights, steel pipe power towers, communication towers, traffic equipment, landscape lighting, and photovoltaic intelligent applications.
The group has won Gaoyou City's "Mayor Quality Award" twice, is a Jiangsu Province "Service-oriented Manufacturing Demonstration Enterprise", and a frequent supplier for national key projects. It holds titles like Gaoyou's "Top 20 Industrial Enterprises", Yangzhou's "Top 100 Private/Industrial Enterprises", etc. Its "Luyou" brand is a "Jiangsu Famous Trademark", with products recognized as "Jiangsu Famous Brand Products". As a Jiangsu Industrial Design Center and Enterprise Technology Center, it owns over 100 patents (nearly 20 invention patents) and is a Yangzhou "Intellectual Property Advantage Enterprise".
With multiple professional qualifications (e.g., Grade-I urban road lighting contracting, Grade-I lighting design), it has passed ISO 9001/14001/45001, GB/T27922 (5-star after-sales), information security, and product certifications (CCC, CQC, EN ISO 3834-2). Collaborating with China Railway, JinkoSolar, etc., its products sell to 100+ countries and China's provinces, undertaking landmark projects like Beijing New Airport, China-North Korea Yalu River Bridge, and 200+ airport high-pole lighting projects. Upholding "integrity, diligence, and innovation", it aims to enhance core competitiveness, provide excellent services, and boost "Made in China".
Enterprise Exhibition
Energy Production Workshop
Component Production Workshop
Product Order Notice
FAQ
FAQ
1. Are there special requirements for installing a wall-mounted lithium battery?
Installation requires the wall to meet load-bearing standards (typically ≥50kg per square meter). Avoid direct sunlight, heat sources, and humid areas (optimal ambient temperature: 25-40ºC). A professional must connect the circuit to ensure compatibility with solar systems or grid interfaces, with BMS protection functions tested post-installation.
2. What factors affect battery lifespan, and how to extend its service cycle?
Lifespan depends mainly on cycle count (3,000-5,000 cycles for LiFePO4), charge-discharge depth (avoid long-term full charge or deep discharge), and ambient temperature (high temperatures accelerate degradation). Set charge-discharge thresholds via BMS (e.g., 20%-90%), clean heat dissipation vents regularly, and maintain 50%-60% charge during long-term storage.
3. How to identify potential safety hazards during daily use?
Potential hazards may exist if there's abnormal heating during charging (over 50ºC), casing bulging, unusual noises during charge-discharge, or frequent indicator alarms. Stop use immediately, disconnect power, and contact the manufacturer for inspection. Monitor voltage and temperature via APP or display daily to ensure BMS operates normally.
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