Small Stature, Big Achievements - How 3.0V Lithium Manganese Batteries Empower The Intelligent World

Small stature, big achievements - how 3.0V lithium manganese batteries empower the intelligent world

Introduction:

From the car keys in our pockets to the smart sensors that safeguard home safety, countless' silent heroes' are relying on a small battery to work 24/7 without interruption. Our 3.0V non rechargeable lithium manganese button battery is the invisible enabler behind these smart devices.

Scenario based solution:

Scenario 1: Data Protection, Never Lost

Challenge: Computer motherboards and smart meters need to maintain accurate real-time clock (RTC) timing and prevent loss of critical system data when the main power is disconnected.

Solution: Our batteries are an ideal choice for backup power due to their extremely low self discharge rate and long lifespan of several years. It ensures that your device maintains accurate timing and data integrity even after years of power outages.

Scenario 2: Extreme Challenge, calmly cope

Challenge: The tire pressure monitoring system (TPMS) for automobiles needs to work stably in ice and snow environments of -40 ° C and hot road surfaces of+85 ° C; Outdoor security sensors need to withstand the test of seasonal temperature differences.

Solution: With a wide operating temperature range, our batteries experience minimal performance degradation in extreme environments, ensuring reliable operation of critical safety monitoring systems and outdoor equipment in any climate conditions.

Scenario 3: Miniature design, lightweight and customizable

Challenge: Modern consumer electronics products, such as Bluetooth earphones, smart bracelets, and ultra-thin remote controls, pursue extreme thinness and compactness, and impose strict requirements on the size of internal components.

Solution: We offer a variety of ultra-thin button type batteries that provide maximum energy in limited spaces, helping engineers achieve more creative industrial designs and making products lighter, thinner, and more portable.

Scenario 4: The 'Persistent Heartbeat' of the Internet of Things

Challenge: Thousands of IoT sensor nodes are widely distributed, and the cost of replacing batteries is high, thus requiring extremely long battery life.

Solution: The high energy density and ultra-low self discharge characteristics enable our batteries to provide stable energy for these "Internet of Things endpoints" for up to 5-10 years, significantly reducing maintenance costs and helping to build a smarter IoT ecosystem.