Lead Crtstal Battery Presentation
THE BATTERY FOR NOW AND THE FUTURE
LEAD-ACID BATTERIES
THE PROBLEM
Traditional lead acid batterieshave many defects. This is due to the inherent structural characteristics,
which include:
• Plate sulfation
• Active material loss
• Dehydration
• Serious acid pollution
• Short cycle life
• Poor low/high temperature characteristics
THE SOLUTION
To overcome the structural defects in lead-acid batteries, manufacturers started using AGM and a
gel electrolyte in batteries. Although this did not solve all the problems, progress was made by:
• Reducing the acid mist
• Reducing the water loss rate
• Reducing the self-discharge rate
• Improving the discharge capacity
By solving these problems, a new series of challenges were introduced:
• Poor electrode penetration by the gel electrolyte
• Weak capacity of AGM separator match
• Slow electrode reaction
LEAD CRYSTAL BATTERIES
THE DIFFERENCE
In order to overcome the fundamental shortcomings of the lead-acid and AGM or gel batteries, the
LEAD CRYSTAL BATTERY uses new proprietary technologies, including:
• Silica crystalline state SiO2 composite electrolyte (NOT A GEL) to replace the conventional
sulfuric acid solution
• The preparation method of the Silica crystalline state SiO2 composite electrolyte
• The irrigation fluid device, and its battery plus liquid method
• Battery terminals connected to protective devices
• Batteries with liquid shunt valve
• New plates
• New AGM
LEAD CRYSTAL BATTERIES
DIFFERENCE RESULTS
As a result, this self-designed SiO2 cleaning composite electrolyte replaces the conventional sulfuric
acid solution/gel. A number of unique and advanced technologies are used in the manufacturing of
the Lead Crystal Battery in order to solve the lead-acid/gel battery problems. This includes:
• Virtually no plate sulfation
• No active material loss
• No dehydration
• No acid pollution
• Excellent cycle life
• Very good low/high temperature characteristics
LEAD CRYSTAL BATTERY - COMPARISON TABLE
