THERMAL FUSE
Internal Cell Safety Fuse
Our cells have a built-in thermal safety fuse between the anode and cathode that will break in the unlikely event the cell overheats.
SAFETY VENT
High Pressure Safety Vent
A high pressure safety vent will flip open to release energy and prevent explosion if exposed to extreme heat.
ELECTROLYTE
Flame Retardant Electrolyte
Our cells are manufactured with a flame retardant additive in the electrolyte making them safe.
EXPLOSION PROOF
Explosion Proof Stainless Steel
Every Lithium Battery cell is manufactured in an explosion proof stainless steel cylindrical case.
"When Quality Matters, Never Compromise.
The CHARGEX® 32700 3.2V 6.3AH Explosion Proof, Stainless Steel, LiFePO4 Cell
At Chargex, it all starts with our battery technology that is founded on the engineering precision of our 32700 - 3.2V 6.3AH Lithium Iron Phosphate (LiFePO4) Stainless Steel Cells.
What truly sets our battery cells apart is safety with the integration of an intrinsic thermal fuse within each cell. In the unlikely event of cell overheating, this thermal fuse autonomously disconnects, promptly shutting down the affected cell and preventing further overheating. Furthermore, our cells feature a high-pressure safety vent and employ a flame-retardant electrolyte, collectively rendering them amongst the world's safest batteries.
Recent advancements have resulted in a significant increase in cell capacity reaching 6.3AH in the 32700 cell structure. Additionally, the lifespan has ben extended, surpassing 6,000 cycles.
"Enhanced Safety & Performance With Lengthway Circuit Boards
Chargex lithium battery cells are securely bolted together through printed circuit boards (PCB's), which are seamlessly integrated with our Battery Management System to ensure individual cell balancing. In the rare occurrence of a cell failure, these lengthwise circuit boards automatically isolate the problematic cell, preventing any potential short circuits and enabling the rest of the battery to operate flawlessly.
In contrast, many other manufacturers employ tab welding to connect cells. In such cases, if a single cell experiences a failure, it can lead to a catastrophic short circuit, ultimately resulting in the premature failure of the entire battery pack. "
"Engineered for Durability, Safety, and Reliability
At the Battery Management Systems lab here at Chargex, we take pride in our commitment to excellence. Our Battery Management Systems stand out thanks to utilizing top-tier MOSFETs and high-quality electrical components, ensuring maximum efficiency, peak performance, and reliability resulting in extended life cycles.
What sets our BMS modules apart is their superior charge and discharge current capabilities compared to competitor lithium batteries of the same capacity. This means you can rely on our batteries for a wide range of applications, from deep cycle to starting, with absolute confidence.
"instantaneous Safety Shutdown Procedures
Each Chargex BMS is outfitted with crucial safety functionalities, which operate autonomously to instantaneously disconnect the circuit under certain conditions such as over-voltage protection, low voltage protection, reverse polarity protection, and short circuit protection. These characteristics are instrumental in prolonging the battery pack's lifespan and safety of its operation. Top Tier MOSFET's utilized guarantee performance with higher current charge and discharge capabilities for applications with large continuous charge or discharge requirements such as bow thrusters in large yachts and EV applications.
"Top Tier Design Where Quality Matters
Chargex Lithium Batteries go far beyond the subpar lithium battery found on the worldwide web. Our bolted cell technology, top tier materials and electrical components bring our battery to a higher standard required for mission critical aerospace and defense applications.
Key Military Accomplishments
- Chosen by The United States Air Force, Chargex is the first Lithium Battery approved for use in USAF Aircraft. With ongoing projects continuously underway, our advanced battery design team is continuously integrating our top tier batteries in aerospace and defense missile technology.
- Chosen by The United States Navy, Chargex Lithium Batteries are integrated in Sea, Subsea and Aerospace Applications around the world.
AI Driven Cell Matching Criteria:
1. Uniformity in Self Discharge
2. Uniformity in Voltage Levels
3. Uniformity in Internal Impedance
4. Uniformity in Capacity
5. Uniformity in Cycle Lifespan
6. Uniformity in Platform behavior
7. Uniformity in Constant Current Rate
8. Uniformity in Power Management of Cells
9. Uniformity in Parallel Module Operations
10. Uniformity in Series Module Operations
11. Uniformity in Completed Battery Modules.
Cylindrical CellsCylindrical cells are the most commonly used cell type today. The cylindrical design allows for better automation processes and techniques that increase consistency and lower cost.
Cylindrical cells are the most commonly used cell type today. The cylindrical design allows for better automation processes and techniques that increase consistency and lower cost.
Prismatic Cells
Prismatic cells have gained popularity because of their large capacity and prismatic shape that make it easy to connect 4 cells together and create a 12V battery pack.