Telecom Lithium Iron Phosphate (LiFePO4) Solution Major Features: Save Space Reduce Risk EverExceed LFP lithium battery telecom solution is mainly used for the backup purpose of telecommunication industry; its performance is in compliance with the requirements in the telecommunication standard, with the adoption of LiFePO4 battery structure packing by flexible plastic film or aluminum alloy rigid packaging, it can satisfy the higher and new requirements of the telecom sector for the communication backup batteries; Save Money 3000+ Life cycles 3-5 Years warranty 15+ Years design life 40% smaller 60% lighter MORE USABLE CAPACITY LFP provides 100% of usable energy, so that you can discharge the battery entirely without causing downtime of your BTS site. FASTER CHARGING Charges much faster than sealed lead acid batteries, giving you access to reliable power quicker to continue telecom operation. Can fully charge within 2-3 hours which is impossible for VRLA. COST EFFECTIVE & COMPACT EASY INSTALLATION EverExceed LFP batteries are designed to be drop-in replacement for sealed lead acid batteries without additional labor cost. HIGH DISCHARGE RATE Ability to deeply discharge the battery at a high rate of discharge while maintaining a high energy capacity. USER FRIENDLY BMS User friendly BMS monitors and communicates regarding the SOC, SOH, protects the system from short-circuit, high and low discharging and charging, high temperature etc. MINIMAL SELF-DISCHARGE Less than 1.5% self-discharge per month, which provides more power when you need it, and keeps you worry free even if there is any delay in rollout schedule. MOST RELIABLE www.everexceed.com

Telecom Lithium Iron Phosphate (LiFePO4) Solution Super Customizable solution, supports RS232 & RS485 communication & 16 modules in parallel connection, Optional LCD display and SNMP Remote monitoring. Technical Specification: Model ****More model can be customized as per requirement, for details contact EverExceed personnel; Discharge performance @25°C Different DOD Discharge and Different Temperature Different Temperature Self Discharge Curve Cycle Life Curve @0.2C Remaining Capacity (%) Storage Time(