200Ah Li-Ion Batteries for Home System Cost

What types of loads can be powered by 12V 24V 48V 200Ah Li-Ion Batteriess?

This is directly related to your daily usage time, load power and battery capacity.

Assuming that your home air conditioner has an electrical load power of 1000 watts and needs to run for 3 hours, time * load power, you will need approximately 3 x 1000 watts = 3 kWh of battery capacity to power it.

With the development of renewable energy—solar and wind energy, for instance—the lithium battery has gradually realized high performance including high energy density, long life, and a low self-discharge rate, and is playing an increasingly important role in the area of energy storage.

12v, 24v, 48v LiFePO4 batteries, as independent power supply units, can be implemented in most RVs, yachts, lawn mowers, and other devices due to their backup power. Meanwhile, it also stabilizes various electrical equipment so that a stable energy supply is attained and forms a reliable energy partnership.

Applications of lithium batteries go beyond personal devices and can provide a stable power supply for homes, commercial buildings, and industries; they are quite valuable, especially for those remote areas where power supply is unstable or scarce.

These applications of lithium batteries show excellent performance and greatly improve people's living and working conditions by providing stable and continuous power that brings convenience and comfort.

How long does it take to charge 12V, 24V and 48V 200Ah Li-Ion batteries?

Charging sources: Lithium batteries are able to be charged using different energy sources, such as solar panels, wind turbines, utility grids or diesel generators. These energy sources provide different charging methods, each having their own characteristics and applicable scenarios.

Charging Speed: Li-ion batteries can charge much faster, especially with higher voltage values, from a utility grid, such as 220VAC to 380VAC. More precisely, a 12V, 24V or 48V 100Ah Li-ion battery would take approximately 30 minutes to get charged. Of course, this is considerably faster compared with charging by solar panels or wind turbines, but only if there aren't any unexpected power cuts.

TAvoids overcharge: it is necessary to automatically stop charging of Li-Ion batteries when fully charged in order not to overcharge the battery, which can cause damage or safety risks. This may be added with a Huijue charge controller. A state of charge monitoring controller protects the battery from being overcharged by automatically cutting off the charging of a fully charged battery.

What is the runtime of the 12-volt, 24-volt and 48-volt 200Ah Li-Ion batteries?

• Li-ion battery discharge time is affected by load and discharge rate.
  Capacity (C): 1C = 10A.
• Discharge time calculation formula: Discharge time (hours) = Battery capacity (Ah) / Discharge rate (A).

Example:

• 48V 200Ah battery with 2C discharge rate (20A): Discharge time =200/20 = 10 hours
• If the discharge rate changes due to an increase in load, the discharge time will decrease accordingly.