The battery industry has seen disruptive innovation over recent years, with lithium-ion products giving way to lithium polymer (LIPO) technology. Polymers are smaller and easier to manufacture in various sizes, but they're also more difficult to mass produce at scale. LIPO’s lack of manufacturing quality and consistency can create major
1. Biaya produksi lebih mahal dibandingkan Li Ion. 2. Memiliki densitas energi lebih rendah atau dengan kata lain cost to energy ratio lebih tinggi dari Li Ion. 3. Membutuhkan charger khusus yang mampu menyalurkan daya yang sama besarnya kepada seluruh sel. Hal ini meningkatkan biaya charger untuk Li Pol dibandingkan dengan Li Ion. Lithium-ion batteries have significantly lower self-discharge rates compared to other traditional batteries, but of course, solid-state batteries have a much lower rate because they utilize solid

The alternate is to get a Li-ion battery with low volume if there is not enough space for a bulky battery. The Li-Po is usually 35% lighter than a Li-ion with a steel shell and the Li-Po is 20% lighter than a Li-ion battery for an aluminum shell. So if weight or mass is the concern, the Li-Po wins easily.

Li-polymer is unique in that a micro porous electrolyte replaces the traditional porous separator. Li-polymer offers slightly higher specific energy and can be made thinner than conventional Li-ion, but the manufacturing cost is higher by 10–30 percent. There is actually a lithium-polymer battery is actually a real Li-po, which uses a polymer . 394 34 462 190 373 331 245 450

is li po better than li ion