What is the difference between lithium ion battery compared to lead -acid batteries?
author: Pro
2023-09-07
1. Environmental impact
The positive and negative pole of lithium ion batteries and chemical reactions such as electrolytes are all polluting materials. Even if the lithium -ion battery is leaked, it will not affect the environment too much. The composition of lead -acid batteries contain lead, sulfuric acid, etc. If leakage is presented, the environment will cause great damage to personnel.
2. Safety performance
The composition of lithium -ion batteries is more stable than lead -acid battery. Under the condition of high temperature may be overcharge, the data of the lithium -ion battery will not collapse or constitute a strong oxidized substance. When over -discharging, the lead -acid battery plate will sulfate and cause the battery product to change. Therefore, the safety of the lithium ion battery is stronger than the lead -acid battery.
3. Different capital
Under the same capacity, the volume and amount of lithium -ion batteries are one -third of the lead -acid battery. It can be useful to save device space. Do not consider the load of the floor. Frequent protection, and the cycle service life of lithium -ion batteries is several times higher than the lead -acid battery.
The lead -acid battery also has air conditioners to regulate the entire environment, but the high -end lithium -ion battery UPS itself has a lot of adjustment functions, which can reduce a large part of additional equipment purchase fees, protection fees and electricity costs. In comparison, the lead -acid battery is lower than the lithium ion battery, but from long -term consideration, the overall capital of the lithium -ion battery is lower than the lead -acid battery.
Reasons for the sharp decline in lithium battery stock prices:
Which is the best of lithium iron phosphate batteries and ternary lithium batteries
Related Article
This 8‑12kw solar inverter supports split‑phase configurable AC output voltages (208/220/230/240Vac), adapting to global residential grid standards.
Bridna OCT‑S‑I 8‑12KW Hybrid Solar Inverter: Full‑Spec Hybrid Power For Home Battery Storage Systems
Discover Bridna OCT‑S‑I 8‑12KW hybrid solar inverter, featuring dual MPPT, built‑in ATS, up to 9‑unit parallel operation and 96.5% peak efficiency. Ideal split‑phase residential solar solution for on‑grid, backup and home battery storage scenarios.
Bridna OCT‑S‑I 8‑12KW Hybrid Solar Inverter: Reliable Split‑Phase Power for Modern Home Solar Storage
Explore three core technologies of BRIDNA high‑power mobile energy storage: intelligent BMS battery management system, pure sine wave inverter and modular split design for reliable industrial portable power for construction, events and emergency backup.
BRIDNA Core Technology Breakdown: BMS, Pure Sine Wave Inverter & Modular Split‑Type Mobile Energy Storage Architecture
Discover BRIDNA 6028Wh high‑power mobile energy storage system with 4500W continuous power. Rugged wheeled LiFePO4 portable power solution for construction sites, field work, event power and emergency backup power supply.
BRIDNA 6KWh High‑Power Mobile Energy Storage System: 4500W Continuous Output for Off‑Grid & Emergency Power Scenarios