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Product Introduction
JINGSUN's new WOM series rechargeable lithium iron phosphate energy storage modules are industrial-grade energy storage products specifically designed for high-voltage energy storage scenarios. They utilize brand-name Grade A lithium iron phosphate cells, are compatible with 48V/51.2V voltage systems, and integrate 14 modules per system, supporting parallel expansion of up to 15 devices to easily meet large-capacity energy storage needs.
The products feature multiple LCD display options, dual communication interfaces, wide operating temperature range, strong environmental adaptability, and easy installation. With an IP20 protection rating, they can be stably applied in various off-grid/grid-connected energy storage scenarios such as power plants, farms, and islands, making them a high-reliability choice for industrial-grade energy storage.
Core Product Advantages
High-Quality Grade A Cells, Long-Lasting Stability
Utilizing brand-name Grade A lithium iron phosphate cells, ensuring high cell consistency and stable charge/discharge performance. This guarantees product cycle life and safety from the source, achieving over 6000 cycles at 25℃, 80% end-of-life (EOL), and a designed lifespan of up to 10 years.
Multiple Display Options, Convenient Operation
Supports three LCD display modes: single display, keypad, and touchscreen, flexibly adapting to different usage scenarios. Core data such as device operating status, voltage, and capacity are clearly displayed, providing an excellent human-machine interface experience.
Dual-Communication, Compatible Expansion
Standardized with RS485 and CAN dual communication interfaces, seamlessly integrating with various energy storage control systems. Strong communication protocol compatibility meets the remote monitoring and cluster management needs of industrial-grade energy storage.
Wide Temperature Range Adaptability
Charging operating temperature 0~50℃, discharging operating temperature -20~50℃, adaptable to complex high and low temperature environments; operating humidity < 95% RH (non-condensing), altitude < 2000m, excellent adaptability to storage temperature and humidity and environment, fearless of outdoor use in multiple scenarios.
Flexible Parallel Connection
Natively supports 48V/51.2V voltage systems, up to 15 devices can be connected in parallel. Modular design allows for flexible capacity combination according to actual energy storage needs, balancing initial investment and later expansion, adaptable to energy storage projects of different scales.
Efficient Construction
Adopting a floor-mounted installation design, the single module size is only 450mm x 690mm x 240mm, compact in size, flexible in layout, simple in installation procedures, and convenient in operation, requiring no professional and complex construction, significantly reducing on-site installation and maintenance costs.
Technical parameters
|
No. |
Items |
Specification |
|
1 |
Product Name |
Rechargeable Lithium Iron Phosphate Module |
|
2 |
Module Model |
51.2V 280AH LFP 1P16S/14PCS |
|
3 |
System Capacity |
716.8V 280AH |
|
4 |
Capacity Nominal |
200.7kWh |
|
5 |
Usable Capacity |
180.64 kWh(90% DOD) |
|
6 |
Nominal Voltage |
716.8V |
|
7 |
Working Voltage |
604.8~806.4V |
|
8 |
Charging Voltage |
806.4V |
|
9 |
Max. Charge Current |
100A |
|
10 |
Max. Discharge Current |
200A |
|
11 |
Communication |
RS485,CAN |
|
12 |
Storage Temperature |
0 °C -45 °C (Recommended) |
|
13 |
Storage Humidity |
<85%(RH) |
|
14 |
Working Temperature |
Charging:0 °C ~50 °C ; Discharging:-20 °C ~50 °C |
|
15 |
Working Humidity |
<95%(RH) (No Condensation) |
|
16 |
Working Altitude |
<2000m |
|
17 |
Ingress Protection |
IP20 |
|
18 |
Protective Class |
IP20 |
|
19 |
Net Weight |
~120kg(*Module Qty) |
|
20 |
Gross Weight |
~135kg(*Module Qty) |
|
21 |
Product Dimension |
450mm×690mm×240mm(1 Module) |
|
22 |
Package Dimension |
610mm×870mm×450mm(1 Module) |
|
23 |
Module Qty |
14PCS |
|
24 |
Cycle Life |
>6000(25 °C ),80%EOL |
|
25 |
Design Life |
10Years(25 °C ) |
Typical Application Scenarios
WOM series lithium iron phosphate modules, with their large capacity, high reliability, and strong adaptability, can be widely used in various off-grid/grid-connected energy storage scenarios. Core application scenarios include:
Large-scale Photovoltaic/Energy Storage Power Stations
As the core energy storage unit of a power station, they are compatible with megawatt-level photovoltaic and wind power energy storage projects, stabilizing peak and valley power flow, ensuring grid power supply stability, and supporting grid-connected dispatch and off-grid backup.
Agricultural Farm Energy Storage
Providing stable power for farm irrigation, animal husbandry, and agricultural product processing equipment, they are suitable for rural areas with weak power grids and can be combined with solar power generation to achieve self-sufficiency and reduce electricity costs.
Off-grid Power Supply for Islands
Providing comprehensive power solutions for islands, remote mountainous areas, and other areas without grid coverage, combined with wind-solar hybrid power generation systems, they achieve independent power supply to meet the electricity needs of daily life and production.
Commercial and Industrial Energy Storage
Adapted to industrial and commercial scenarios such as factories, industrial parks, and commercial complexes, they are used for peak-valley arbitrage and emergency backup power, alleviating electricity pressure on enterprises and improving power supply reliability.
Installation and Storage Specifications
Installation Requirements:
Floor-standing cabinet installation is required. The installation surface must be flat and firm, with a single module's load-bearing capacity ≥200kg. When installing multiple modules side-by-side, allowance must be made for the floor's load-bearing capacity. Avoid installation in locations prone to vibration, bumps, or settlement.
The floor-standing cabinet must be placed horizontally. If necessary, secure the cabinet with anchor bolts to prevent tipping. When installing multiple cabinets side-by-side, maintain a minimum of 50cm of operating and ventilation clearance between cabinets, and a minimum of 30cm of ventilation space between the cabinet and walls or obstacles to ensure effective heat dissipation. Avoid direct sunlight and rain splashes.
The installation environment must meet the following requirements: altitude < 2000m, free from corrosive gases, dust, and oil contamination, and away from fire sources, flammable and explosive materials, and strong electromagnetic interference sources.
After installation, check the cabinet wiring for secure connections and ensure that communication and power supply interfaces are properly connected, complying with industrial power supply and energy storage equipment installation specifications.
Storage Specifications
Recommended storage temperature: 0 °C - 45 °C, humidity: <85% (RH). Store in a dry, well-ventilated, non-condensing indoor environment, avoiding outdoor storage.
Before long-term storage, charge the batteries to 50%~70% SOC. Perform a charge maintenance every 3 months to prevent over-discharge damage.
Keep the storage area clean and avoid contact between battery modules and acids, alkalis, organic solvents, sharp objects, etc., to prevent damage to the cabinet and battery components.
Store modules upright, avoiding stacking or inverting. Place each module independently to prevent compression and deformation.
FAQ
Q: What are the core capacity parameters of the JINGSUN WOM Series High Voltage Cabinet, and what is the actual usable capacity?
A: The WOM Series High Voltage Cabinet has a nominal capacity of 200.7kWh and a system capacity of 716.8V 280AH (module model: 51.2V 280AH LFP 1P16S/14PCS). Under the safe 90% DOD (Depth of Discharge) standard, the actual usable capacity reaches 180.64kWh, matching industrial large-scale energy storage demand.
Q: What is the maximum parallel quantity of this high voltage LFP module, and is voltage customization supported?
A: The 51.2V 280AH LFP module natively adapts to 48V/51.2V voltage systems, and supports up to 15 units in parallel for capacity expansion, flexible for small and medium to large energy storage projects. For bulk project orders, we provide customized voltage solutions based on actual project requirements.
Q: What installation type is the WOM High Voltage Cabinet, and what are the key site requirements?
A: It is a floor-standing cabinet installation.
Key site requirements:
① Flat and solid ground with a load capacity of ≥200kg per module;
② ≥50cm spacing between cabinets for operation and heat dissipation, ≥30cm ventilation space between cabinets and walls/obstacles;
③ Installation altitude ＜2000m, no corrosive gas or strong electromagnetic interference.
Q: What is the operating temperature range of the WOM Series LFP module, and what harsh environments can it adapt to?
A: This lithium iron phosphate module has excellent wide-temperature adaptability: Charging: 0°C ~ 50°C, Discharging: -20°C ~ 50°C. It works under ＜95% RH (no condensation) and is suitable for harsh outdoor environments such as photovoltaic power stations, island off-grid systems, and rural farm energy storage. Recommended storage temperature: 0°C ~ 45°C, storage humidity ＜85% RH.
Q: What is the cycle life and design life of the WOM High Voltage Cabinet, and what does the official warranty cover?
A: At 25°C (standard operating environment), the module has a cycle life of ＞6000 times (80% EOL capacity retention) and a 10-year design life. The official warranty covers core components including LFP battery cells, BMS (Battery Management System), cabinet main electrical components and communication modules. Customized warranty terms are available for bulk purchase orders.
Q: What communication interfaces does the WOM Series support, and can it adapt to existing project control systems?
A: The high voltage energy storage cabinet is equipped with dual industrial communication interfaces: RS485 + CAN, compatible with universal industrial communication protocols. It can be seamlessly connected to mainstream energy storage monitoring and cluster management systems. We provide professional protocol adaptation technical support for project-specific customized communication protocol requirements.
Q: Is the WOM 716.8V LFP module compatible with mainstream inverters/PCS on the market?
A: Yes. With a nominal voltage of 716.8V and an operating voltage range of 604.8V ~ 806.4V, its charge/discharge parameters follow international industrial standards, and it is fully compatible with mainstream inverters/PCS such as Huawei, Sungrow and SMA. We provide a detailed parameter matching guide, and third-party compatibility test reports can be issued as required.
Q: What safety protection mechanisms and ingress protection rating does the WOM High Voltage Cabinet have?
A: The product has an IP20 ingress protection rating and is built with multiple layered safety protection mechanisms: over-voltage, over-current, over-temperature, short-circuit and over-discharge protection. It uses Grade A lithium iron phosphate battery cells with intrinsic thermal stability, achieving double safety protection from component to system level.
Q: What are the key specifications for long-term storage of the WOM LFP module, and is regular maintenance required?
A: For long-term storage:
① Store in a dry, ventilated indoor environment with no condensation;
② Charge the battery to 50% ~ 70% SOC before storage;
③ Recharge the battery every 3 months to prevent damage from over-discharge; ④ Keep the cabinet upright, avoid stacking, inversion and extrusion.
Q: Does the product packaging meet international shipping standards, and is on-site support provided for overseas projects?
A:
Single module packaging size: 610mm×870mm×450mm, with shockproof, moisture-proof and anti-collision design, fully compliant with ISTA international transportation packaging standards for sea/air long-distance shipping.
For overseas projects:
① Provide full English technical installation and operation manuals;
② Free remote online commissioning support;
③ Customizable on-site technical services (installation, commissioning, O&M training) with separate transparent quotation for service fees.
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