Custom LiFePO4 and lithium battery pack solutions for solar energy storage, backup power systems, portable power stations, commercial energy storage and off-grid power applications.
Reliable Battery Solutions for Energy Storage Applications
Energy storage systems require more than a standard battery pack. Different projects have different requirements for voltage, capacity, cycle life, discharge current, charging method, battery management, safety protection and installation space.
At Batteries Custom, we provide custom energy storage battery solutions based on real application needs. Whether your project is designed for solar energy storage, home backup power, commercial power systems, portable energy stations or off-grid equipment, we can help you select the right battery chemistry, pack structure and protection system.
For high-capacity storage projects, our 48V 300Ah LiFePO4 Battery Custom 14.4kWh Low-Temperature Power System is a suitable reference product for solar storage, backup power and industrial energy storage applications.
Why Energy Storage Battery Design Matters
Energy storage batteries usually work for long periods and need stable performance under different charging and discharging conditions. A poorly designed battery pack may cause short runtime, unstable output, fast capacity loss, overheating, poor cycle life or safety risks.
A suitable energy storage battery solution should consider stable voltage output, long cycle life, safe charging and discharging, reliable BMS protection, high energy efficiency, good temperature performance, expandable capacity design, consistent cell matching, strong enclosure design and export packaging requirements.
For energy storage applications, the battery pack must match the complete system, not just the nominal voltage and capacity. A home backup system, solar storage cabinet, portable energy station and commercial energy storage unit may all require different voltage platforms and pack structures.
Common Energy Storage Applications
Our custom battery solutions can be used in a wide range of energy storage projects, including solar energy storage systems, home backup power systems, commercial energy storage systems, portable power stations, off-grid power supply systems, outdoor power equipment, telecom backup power, emergency power systems and industrial backup power.
For example, a small outdoor energy system may need a compact battery module, while a commercial backup system may require a larger battery pack such as a 110V 300Ah LiFePO4 Battery Custom 33kWh Low-Temperature Power System with higher total energy capacity.
Recommended Battery Types for Energy Storage
LiFePO4 Battery Pack
LiFePO4 battery packs are one of the most popular choices for energy storage applications. They offer good safety performance, long cycle life and stable discharge characteristics. They are suitable for solar storage, backup power, commercial energy storage, off-grid systems and other applications that require long-term reliability.
Lithium-ion Battery Pack
Lithium-ion battery packs are suitable for applications where higher energy density and compact size are important. They can be used in portable power stations, mobile energy storage equipment and compact backup power systems.
Custom Battery Pack
For energy storage systems with special voltage, capacity, casing, wiring, communication or installation requirements, a custom battery pack is often the better option. We can design the battery pack according to your project specifications, including cell type, series-parallel configuration, BMS protection, enclosure design and output connection.
Low-Temperature Energy Storage Battery
Some outdoor storage systems, rail power systems and remote power projects need batteries that can operate in cold environments. For these applications, products such as the 110.4V 300Ah Custom 33kWh Rail Transit Auxiliary Power System Low-Temperature Lithium Battery can be used as a reference for high-capacity cold-environment power design.
Customisation Options
We support energy storage battery pack customisation based on your project requirements. Available custom options include voltage configuration, capacity design, cell chemistry selection, cell brand selection, series and parallel structure, BMS protection design, communication function, charging and discharging port design, connector and cable customisation, metal or plastic enclosure design, battery size and structure design, label customisation and export packaging.
How We Develop an Energy Storage Battery Solution
1. Requirement Review
We first review your application, system voltage, capacity target, load power, discharge current, charging method, installation space and operating environment.
2. Battery Chemistry Selection
Based on the project requirements, we recommend a suitable battery chemistry, such as LiFePO4 or lithium-ion. For most long-cycle energy storage applications, LiFePO4 is often preferred.
3. Electrical Design
Our team designs the battery pack voltage, capacity, series-parallel configuration, discharge current and protection requirements.
4. BMS Matching
We select or customise the BMS according to the battery pack structure and system requirements. The BMS design can include overcharge protection, over-discharge protection, current protection, short-circuit protection and temperature protection.
5. Mechanical Structure Design
The battery pack structure can be designed according to the available installation space, enclosure type, output port position, cable direction and fixing method.
6. Sample Production
After confirming the design, we can produce samples for testing and project verification.
7. Testing and Validation
The battery pack can be tested for capacity, voltage, charge and discharge performance, protection function, appearance, wiring and aging performance.
8. Production and Delivery
After sample approval, we support batch production, packaging and export delivery according to your order requirements.
Testing and Quality Control
Energy storage battery packs must be stable, safe and consistent. Common testing items include voltage test, capacity test, charge and discharge test, internal resistance check, cell matching inspection, BMS protection test, overcharge protection test, over-discharge protection test, short-circuit protection test, temperature performance check, aging test, appearance inspection and packaging inspection.
Information We Need for Your Project
To design a suitable energy storage battery solution, please provide your application type, required voltage, required capacity, maximum discharge current, peak power requirement, charging method, battery size limit, installation method, connector or terminal type, operating temperature, expected cycle life, communication requirement, certification or testing requirement and estimated order quantity.
Related Battery Products
48V 300Ah LiFePO4 Battery 14.4kWh110V 300Ah LiFePO4 Battery 33kWh110.4V 300Ah Rail Transit Auxiliary Power Battery
FAQ
Can you customise LiFePO4 battery packs for energy storage systems?
Yes. We can customise LiFePO4 battery packs according to your required voltage, capacity, size, BMS protection, connector type and application requirements.
What battery type is suitable for solar energy storage?
LiFePO4 battery packs are commonly used for solar energy storage because they offer good safety performance, long cycle life and stable discharge characteristics.
Can you provide a BMS for the battery pack?
Yes. We can match the battery pack with a suitable BMS according to the voltage, current, cell structure and protection requirements.
Can you make a battery pack according to my enclosure size?
Yes. If you provide the available battery space, we can design the battery pack structure, wiring and output position based on your product layout.
Do you support sample production before mass production?
Yes. Sample production can be arranged after the battery design and specifications are confirmed.
Start Your Energy Storage Battery Project
If you need a custom battery solution for solar storage, backup power, portable energy systems or commercial energy storage equipment, send us your project requirements. Our team will help you select the right battery chemistry, design the battery pack structure and recommend a suitable protection solution for your application.
Contact Batteries Custom today to discuss your custom energy storage battery solution.