Lithium Battery

EVE ER14335 Lithium Battery – Industrial-Grade 3.6V Power for Long-Term Smart Systems

The EVE ER14335 Lithium Battery is a premium, high-density power source engineered by EVE Energy, a global leader in primary lithium battery technology. Built as a 2/3AA cylindrical cell, this non-rechargeable battery utilizes a sophisticated Lithium Thionyl Chloride (Li-SOCl_2) chemistry. It is specifically designed to supply ultra-stable, long-lasting power to high-reliability applications that require a steady voltage over extended operational lifetimes of up to 10 to 20 years.

Unlike standard household cells, the EVE ER14335 Lithium Battery features a bobbin structure that maximizes capacity while maintaining an incredibly low self-discharge rate. It is the absolute benchmark for utility metering, smart automation, and remote security frameworks where battery failure is not an option.

Key Features of the EVE ER14335 Lithium Battery

• High Energy Density: Delivers a nominal capacity of 1650 mAh in a compact 2/3 AA footprint, providing several times the energy density of traditional alkaline cells.

• Exceptional Voltage Stability: Maintains a highly stable operating voltage of $3.6text{V}$ throughout almost its entire discharge cycle.

• Minimal Self-Discharge Rate: Features a self-discharge rate of less than 1% per year when stored at 20degree C, preserving energy for more than a decade on the shelf.

• Ultra-Wide Operating Temperature: Operates flawlessly in extreme climates, handling temperatures ranging from -55degree C to +85degree C.

• Hermetic Glass-to-Metal Seal: Encased in a laser-welded stainless steel container with a glass-to-metal seal to prevent electrolyte leakage and protect sensitive circuits.

Common Applications and Industrial Usage

The robust construction and dependable performance of the EVE ER14335 Lithium Battery make it a preferred choice for crucial monitoring and industrial setups:

• Smart Utility Meters: Powers residential and commercial automated water meters, electricity meters, gas meters, and heat cost allocators.

• Security & Alarm Systems: Serves as the backup or primary power source for wireless smoke detectors, motion sensors, and security control panels.

• Asset Tracking & IoT Devices: Keeps GPS trackers, oceanographic buoys, and remote environmental sensors online in hard-to-reach locations.

• Industrial Automation: Provides critical RAM/CMOS memory backup power for Programmable Logic Controllers (PLCs) and industrial computer servers.

• Military & Aerospace Telemetry: Used in specialized radio communication equipment and tracking transceivers.

Technical Specifications

The table below details the electrical, physical, and chemical properties of the EVE ER14335 Lithium Battery:

Important Safety and Handling Guidelines

Warning: The EVE ER14335 Lithium Battery is a primary (non-rechargeable) battery. Attempting to charge this cell can cause severe chemical leakage, gas generation, fire, or explosion.

• Avoid Direct Soldering: Never solder wires directly to the battery’s steel casing. Excessive heat can damage the hermetic glass-to-metal seal. Always purchase pre-tabbed versions (e.g., with axial pins or solder tags) if soldering is required.

• Prevent Short Circuits: Store batteries in their original packaging away from metal objects like screws, coins, or other batteries to avoid accidental terminal shorting.

• Voltage Hysteresis Note: Due to its Li-SOCl_2 chemistry, the battery forms a passivation layer during long-term storage to prevent self-discharge. If the voltage reads low upon initial installation, apply a small discharge load to depassivate the cell.

To review official lithium safety declarations, discharge curve profiles, and complete model datasheets, check the global EVE Energy Global Battery Solution Directory.

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