With government’s support and encouragement to electric road vehicles, the electric road vehicle industry has developed rapidly in recent years. Battery, as the power source of electric vehicle (EV), is also increasingly demanded by the market.
Meanwhile, fierce competition and high market demand in the electric road vehicle industry also raise higher requirements to the cost performance of the products.
In view of this, Sacred Sun has developed the brand-new UP lead-carbon EV battery on account of its advanced lead-carbon technology.
Such kind of battery has following characteristics:
Meanwhile, fierce competition and high market demand in the electric road vehicle industry also raise higher requirements to the cost performance of the products.
In view of this, Sacred Sun has developed the brand-new UP lead-carbon EV battery on account of its advanced lead-carbon technology.
Such kind of battery has following characteristics:
1. New-type corrosion-resistant alloy is adopted to improve the anticorrosion life of grids;
2. Exclusive positive active materials and additives are adopted to reduce the softening rate of positive active materials and improve cycle performance;
3. Special carbon material is used as negative additive to improve the recovery capability at PSOC state, the low temperature performance, and the power performance of batteries; reduce negative sulfation; and prolong service life of batteries;
4. New electrolyte formula and special additives are adopted to enhance battery charging and discharging efficiency, and relieve electrolyte stratification and negative sulfation;
5. Advanced manufacturing technology and process are adopted to make sure the consistency and reliability of batteries;
6. Superb large-current discharge performance, low temperature discharge performance, and cycling performance.
2. Exclusive positive active materials and additives are adopted to reduce the softening rate of positive active materials and improve cycle performance;
3. Special carbon material is used as negative additive to improve the recovery capability at PSOC state, the low temperature performance, and the power performance of batteries; reduce negative sulfation; and prolong service life of batteries;
4. New electrolyte formula and special additives are adopted to enhance battery charging and discharging efficiency, and relieve electrolyte stratification and negative sulfation;
5. Advanced manufacturing technology and process are adopted to make sure the consistency and reliability of batteries;
6. Superb large-current discharge performance, low temperature discharge performance, and cycling performance.
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