The core component of the battery is composed of a positive electrode piece and a negative electrode piece. Therefore, the attachment materials of the positive and negative electrode pieces directly affect the performance of the battery. Understand the specific structure of the battery, and then understand the composition and function of the positive electrode piece and the negative electrode piece.
The cathode sheet is composed of: foamed nickel (conductor) and cathode chemical raw materials. The negative electrode sheet is composed of: steel strip and negative electrode chemical raw materials. Simply put, the chemical raw material is tightly connected with the foamed nickel (steel strip) by pulping, and the positive electrode sheet (negative electrode sheet) is formed.
Product Specifications
Parameter
Specification Details
Model
PL9887187-27Ah
Nominal Capacity
≥27Ah
Nominal Voltage
3.7V
Working Voltage
4.2-2.75V
Energy Density
270wh/kg
Thickness
9.8±0.3mm
Width
87±1mm
Length
187±1mm
Weight
363±5g
Cycle Life
1500
Maximum continuous discharge current
135A
Maximum continuous charging current
54A
Product Overview & Technology
We specialize in the manufacturing of solid-state lithium-ion soft pack cells and battery packs featuring high energy density (270wh/kg), high safety, and long cycle life (800-1000 times charge and discharge). The primary cell options include: 16Ah, 22Ah, 27Ah, and 30Ah capacities. The battery pack combinations are highly customizable to meet diverse project layouts, commonly structured in configurations such as 6S, 7S, 12S, 13S, 14S, and others.
Enhanced Endurance: Designed specifically for UAV and unmanned aerial systems, maximizing flight durations and operating range.
Flexible Customization: Custom layout, connection modes, outlet positions, plug models, and custom labeling are available on demand.
Next-Gen Density: A higher energy density battery cell (320wh/kg) is designed to resolve critical battery life anxiety.
Adhering strictly to the principles of quality and customer satisfaction, these products deliver high reliability and safety standards. Serving a wide range of global applications, the solid-state cells and custom packs are exported globally, including markets in Europe, India, South Africa, and other regions, fostering reliable international partnerships.
Frequently Asked Questions
Q1: What is the energy density of these solid-state lithium-ion battery cells?
The standard solid-state lithium-ion battery cell delivers an energy density of 270wh/kg, with advanced solutions reaching up to 320wh/kg to ensure exceptional operational range and endurance.
Q2: Can the battery packs be customized according to specific drone shapes?
Yes. Custom combinations, custom outlet positions, specific plug models, and targeted branding configurations can be manufactured to match your product's internal dimensions and power interfaces.
Q3: What are the main applications for these battery cells?
These cells are highly optimized for UAVs, unmanned aerial vehicles, payload-carrying drones, industrial robotics, and special application fields that demand high energy density combined with elevated safety standards.
Q4: What is the expected cycle life of these solid-state battery cells?
The cells provide a stable cycle life of 800 to 1000 charge and discharge cycles under normal operating conditions. High-efficiency configurations can reach up to 1500 cycles under specified parameters.
Q5: What are the standard battery pack configurations available?
Commonly requested configurations include 6S, 7S, 12S, 13S, and 14S configurations. However, custom series and parallel combinations can be designed to match your specific voltage and capacity requirements.
Q6: What is the maximum continuous discharge current supported by the PL9887187 cell?
The PL9887187 cell supports a maximum continuous discharge current of 135A, paired with a maximum continuous charging current of 54A, facilitating stable operation under high electrical load.
Nuwon Energy
