Extra High Energy Semi-Solid Battery

 

Drone battery manufacturers ——Customized Extra High Energy Semi-Solid Battery

 

As a lithium battery manufacturer with 10 years of R&D and production experience, Jack Power has long been focused on the innovation and upgrading of high-performance lithium battery technology. The company has accumulated rich experience in high-energy-density battery material selection, cell structure optimization, and safety control system design. For the R&D and large-scale production of Extra High Energy Semi-Solid Batteries, Jack Power has established mature process flows and a rigorous quality control system to ensure that every batch of products meets high standards in performance, safety, and consistency.

 

To meet the technical needs of different projects, Jack Power offers comprehensive OEM and ODM customization services. Whether it's voltage design, capacity configuration, discharge rate optimization, or BMS system integration and casing structure development, everything can be customized according to the customer's application scenario.

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Specification

Parameter

Specification

Material

Semi-Solid

Nominal Voltage

3.65V

Operating Voltage

2.5V-4.2V

Energy Density

320Wh/kg

Charge Temp

0°C To 45°C

Discharge Temp

-20°C To 55°C

Cycle Life

≥800 Times

Standard Package

User Manual + Oxford Storage Box

 

 
 
Benefits of Extra High Energy Semi-Solid Battery
12S Drone Battery 18000mAh

Safety

Safety stands as a top priority for any battery technology. The semi solid-station battery uses a gel-like electrolyte, which helps prevent leaks and lowers the risk of fire. Researchers have compared batteries with semi-solid electrolytes to those with liquid electrolytes. The results show that extra high energy semi-solid battery heat up more slowly and produce less dangerous gas during stress tests.

12S Drone Battery 18000mAh

Energy Density

Energy density measures how much power a battery can store in a given space. The semi solid-station battery offers a clear advantage here. Laboratory tests show that these batteries can reach energy densities of up to 1070 Wh/L, while top lithium-ion batteries reach about 800 Wh/L. This higher energy density allows devices to run longer on a single charge and makes batteries smaller and lighter.

12S Drone Battery 18000mAh

Durability and Lifespan

A battery’s lifespan depends on how many times it can charge and discharge before losing capacity. Extra high energy semi-solid battery last longer than many traditional batteries. Their gel-like structure resists damage from repeated use and helps prevent the growth of harmful structures inside the battery.

12S Drone Battery 18000mAh

Environmental Impact

The environmental impact of batteries depends on how they are made and used. Studies show that making solid-state batteries can use a lot of energy, especially during high-temperature steps. However, the higher energy density of extra high energy semi-solid battery means that devices need fewer charges and less fuel over their lifetime. Some research suggests that these batteries could lower greenhouse gas emissions by up to 58% compared to older types, especially if factories use cleaner energy. The choice of materials and improvements in manufacturing will play a big role in making these batteries even greener in the future.

 
OEM/ODM Customization Details
 

For Extra High Energy Semi-Solid Batteries, Jack Power offers comprehensive OEM (Original Equipment Manufacturer) and ODM (Original Design Manufacturer) customization services, providing complete solutions from product concept design to mass production, ensuring batteries fully meet customer project requirements.

01/

Capacity (Ah)

Jack Power can adjust the number of cells, individual cell capacity, and overall module capacity according to the application scenario, achieving flexible customization from tens of Ah to hundreds of Ah.

02/

Voltage Platform

By designing series and parallel cell combinations, Jack Power can provide customers with precise voltage output to meet the equipment's starting current and high-power discharge requirements.

03/

Discharge Rate

Jack Power can adjust the battery's internal structure, current conduction design, and material selection to maintain stable performance under high-rate charge and discharge conditions, avoiding voltage fluctuations or heat buildup.

04/

BMS System (Battery Management System)

Jack Power offers customizable BMS functions, including overcharge and over-discharge protection, temperature management, short-circuit protection, and equalization management, ensuring safe and stable battery operation in various application scenarios.

05/

Casing Materials

Jack Power can provide casings made of aluminum alloy, engineering plastics, or composite materials, with waterproof, dustproof, and shockproof designs tailored to customer needs.

06/

Operating Temperature Range

Through material optimization and internal structural design, the batteries maintain stable performance in environments ranging from -20°C to 60°C, meeting the extreme environmental requirements of drone high-altitude flight, electric vehicle high-temperature operation, or energy storage systems.

From sample development to small-batch pilot production and then to large-scale mass production, Jack Power provides complete production solutions, ensuring that customized batteries fully meet customer requirements in terms of performance, size, and safety.

 

Customized Procurement Process

 

Requirements Communication

The customer provides information such as capacity, voltage, discharge rate, size, and application scenarios.

1

>>

Technical Solution Design

We completed the battery layout, voltage design, BMS system configuration, and casing and heat dissipation design according to the requirements.

2

>>

Sample Development and Validation

We produce prototype samples and conduct charge/discharge, cycle life, high/low temperature, and safety performance tests.

3

>>

Small-Batch Trial Production

We optimize the production process, verify consistency and quality stability, and collect customer feedback for necessary adjustments.

4

>>

Mass Production and Shipment

We conduct mass production according to the confirmed process and quality standards.

5

>>

After-Sales and Technical Support

We provide usage guides, maintenance advice, and troubleshooting assistance.

6

Battery cell assembly.JPG
Battery assembly
Battery testing.JPG
Battery test
Logistics

We will help you to choose the best shipping way according to your detail requirements. By sea, by air, or by express, etc.

 
 

The time frame of an order delivery is divided into two parts

Processing time: 7-14 Days
Shipping time: 20~30 Days

 
 
 

Shipping methods

 

DDP, DAP, EXW, etc.

 
 
 
 

Shipping fee

 

The shipping fee will be changed according to every pacel's weight.

 

 

Certificate
 
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FAQ

 

Q: What is the lifespan of a semi solid-state battery?

A: In contrast, semi-solid-state batteries offer longer cycle life, with stability in repeated charging and discharging. Some studies indicate they could last for up to 3000 cycles, providing better longevity. This improvement comes from enhanced chemical stability in the electrolyte and fewer degradation issues.

Q: How should a lightweight drone battery be stored?

A: Store the battery in a cool, dry place and keep the charging level between 50% and 70%.

Q: What are the reasons behind the recommendation to store drone batteries away from metal objects?

A: The storage of drone batteries near metal objects raises the chance of short circuits that could result in dangerous overheating or fires. Drone batteries need to be stored in a dedicated safe area to reduce the occurrence of these safety risks.

Q: What happens if a drone battery is left unused for an extended period?

A: The battery will experience excessive discharge when left unused for an extended period without proper maintenance which leads to its failure. Regular maintenance serves as a crucial requirement to achieve optimal battery performance.

Q: What should be paid attention to when using a drone battery for the first time after long-term storage?

A: The first step should involve checking the battery voltage followed by a complete charge-discharge cycle to bring the battery back to its optimal state.

Q: What is the optimal storage temperature for a lightweight drone battery?

A: The optimal storage temperature is usually between 15℃ and 25℃, avoiding extreme temperatures of either high or low.

 

Huizhou Jack Power Technology Co., Ltd. is one of the most professional extra high energy semi-solid battery manufacturers and suppliers in China, specialized in providing high quality customized service. We warmly welcome you to wholesale portable extra high energy semi-solid battery in stock here from our factory.

Lithium Drone Battery