All categories
Featured selections
Trade Assurance
Buyer Central
Help Center
Get the app
Become a supplier
(1278 products available)
A 6V 120Ah battery refers to a battery that works on 6 volts and has a capacity of 120 amp-hours. This type is common in renewable energy systems, mainly through solar systems. It should also be noted that this battery comes in various types.
These types include:
Lithium-ion batteries
These battery types are commonly known for their light weight and high energy capability. Because these batteries can be discharged to a low state of charge, they are also regularly used in off-grid or backup power systems. Although these 6V batteries possess a higher initial cost, their longevity and less need for maintenance make them a viable option in the long term.
Gel batteries
These battery types are a variation of lead-acid batteries. They use a gel-like electrolyte rather than liquid acid. This makes them safer since they can be mounted in different configurations. These batteries are also electrochemically resistant. This reduces the chance of sulfation and enables them to have a longer lifespan than regular flooded lead-acid batteries. Because of these features, they are also suitable for solar applications.
AGM batteries
These batteries have another lead-acid formulation. They use absorbent glass mats to hold the electrolyte. This gives the battery extra safety and requires almost no maintenance. Because of their high discharge and recharge rates, 6V AGM batteries are useful in many solar energy systems.
Sealed Lead Acid (SLA) batteries
These batteries are relatively easy to install and inexpensive. Regular maintenance is also unnecessary for these batteries because they are sealed. Nevertheless, their lifespan and cycle stability are not as good as lithium-ion or AGM batteries.
6V 120Ah batteries are useful in so many commercial applications. This is mainly due to their ability to provide stable power for extended hours. Here are some common business uses of these batteries:
Telecommunication systems
Telecommunication towers rely on a steady power supply to ensure all signal transmission and reception are operational. These batteries play a critical role in providing backup power during electricity outages. They are also used to store energy from renewable resources such as solar power.
Remote monitoring systems
Many industries use devices to monitor various parameters. These industries include oil and gas, mining, and environmental agencies. The 6V 120Ah battery provides the needed power for these devices in remote locations where there is no direct power supply.
Electric vehicles (EVs) and battery-powered machinery
6V batteries are integral to golf carts, electric wheelchairs, and small electric vehicles. They power all the wheels, giving a smooth and efficient performance. These batteries also power electric lifts, pallet jacks, and other warehouse equipment. This allows these tools to operate for lengthy hours.
Renewable energy storage systems
Companies that invest in solar or wind energy systems use these batteries for energy storage. This way, the energy harvested during the day or when it's windy can be used during the night or when there's no wind at all. This provides a backup power solution to these companies.
Industrial UPS systems
Companies that require high operational integrity, such as data centers or semiconductor manufacturers, frequently use these batteries as part of their UPS systems. They ensure that there is no power interruption in critical operations. The battery gives power for several hours while the generators turn on or the grid comes back online.
Voltage and capacity
A 6V battery pack has a nominal voltage of 6 volts and a capacity of 120 amp hours. This gives the battery the capability to supply 6 amperes for 120 hours. Alternatively, it can supply 1 ampere for 720 hours.
Energy and power
The Watt-hour energy capacity of the battery can be calculated using the formula: Watt-hour = Voltage x Amp-hour. So, energy = 6V x 120Ah = 720Wh or 0.72 kilowatt hours. The battery's power can also be calculated as 6V x 120A = 720W. However, this is only possible under optimal conditions.
Battery weight and dimensions
The common dimensions of the battery are approximately 12 x 8.5 x 10 inches (30.5 x 21.6 x 25.4 cm). This makes roadside complications easy to handle. These batteries weigh around 60-70 pounds (27-31 kg). So, this weight can be carried by one person or easily transferred with a special cart.
Case material and technology
A 6V 120Ah lithium battery case is made from a durable and impact-resistant plastic called ABS. This ensures the cells are well protected during transportation and storage. The chemicals used to manufacture these batteries include styrene, acrylonitrile, and butadiene. These batteries use lithium-ion technology to provide long-lasting and efficient power. They also come with smart technology that promotes battery safety and efficient usage.
The right steps should be taken to install and use the 6V 120Ah batteries. These steps include the following:
Installation
To properly mount these batteries, one must first get a custom battery rack or enclosure that will provide sufficient airflow. Next, connect the positive terminal to another positive terminal of another 6V battery to create a series configuration. The negative terminal should also be connected to another negative terminal. Do not use cables that are thinner than 2AWG. This ensures minimal resistance. The battery should be connected to the inverter or charge controller using the same terminal cables. A charge controller helps to connect solar panels, while inverters convert stored energy to usable AC power. Finally, the system should be grounded to prevent electrical shocks and damage to the system.
Usage
To maximize the usage of these batteries, a user should periodically check all battery connections to ensure they are tight and free of corrosion. They should at least be checked once a month. Also, monitor battery voltage and state of charge (SOC) using a multimeter to avoid under or over discharging. The user should utilize a compatible inverter to convert and use stored energy. Water level in the case of lead-acid batteries should be maintained, while lithium batteries should be charged using smart technology only. Lastly, the temperature of batteries should be monitored to ensure there is no overheating.
One should follow several maintenance tips to properly maintain 6V lithium golf cart batteries. These maintenance tips include:
For an operator of a solar energy battery bank to foster quality and safety, there are several precautions and considerations to look for in 6V 120Ah deep cycle batteries. These factors include:
Look for trusted brands and manufacturers
Manufacturers who have established themselves as experts in the industry usually use quality materials to manufacture their batteries. Ask for product samples or proof that the battery has passed rigorous quality tests to placate concerns.
Look for quality labels
Whether it's the International Standardization Organization or other reliable technical institutions, these agencies don't just hand out certifications. Check the certification and its parameters with an industry insider to ensure they match the need. Additionally, ensure the battery meets all regulatory requirements for domestic and international safety standards.
Inspect the packaging, seals, and labels
In case the battery is delivered by couriers or the supply chain gets interrupted at some point, still visually inspect each package and battery. Ensure the labels correspond with the information provided on the order. Look for tampered or damaged seals and ask for a replacement if the seal looks suspicious.
Understand the warranty and return policy
Since warranty policies can differ from one manufacturer to another, this is an important factor that should always be looked into. Make sure it covers all the quality defects and not only a portion of them. Additionally, check the battery's expected lifespan and ask for documentation that supports these numbers.
Consider environmental certification
While it might not always directly influence safety or battery quality, look for signs or proof that the manufacturer is considering ecological aspects. Certificates for recycling or reducing hazardous materials can be a good sign that the producer cares about more than just selling batteries.
Proper ventilation
Lead-acid batteries emit hydrogen gas, while lithium-ion batteries are manufactured with the possibility of thermal runaway. Therefore, it is important to ensure all work areas and storage locations are adequately ventilated to minimize exposure to this gas, which can cause explosions. It is also important not to store or charge the batteries near flammable materials. This will help minimize the effect of battery explosion on surrounding materials.
Protective equipment
Using a 12v lithium battery boost pack can release sulfuric acid, which is dangerous and can cause severe burns on the body. Therefore, the handling of these batteries should be done with protective clothes, eyewear, and gloves to avoid any skin or eye contact. One must ensure that when charging or handling batteries, one should not touch the terminal with bare hands even though they feel smooth. Contact with terminals can induce electrical shock and death. Therefore, insulated tools should be used.
Emergency procedures
Even with all the safety measurements in place, having emergency response procedures in place for potential accidents like spillage, exposure, or even explosion is crucial. This can be having emergency contact nearby or first-aid treatment. Always have emergency measures like an acid neutralizing solution or shower/eyewash stations within close reach. Clearly, label all measuring devices and tools used for handling batteries to avoid confusion, especially in critical situations. If an acid battery spills on the ground or harm the operator, it will be neutralized with baking soda or a commercial acid neutralizer. First, flush the affected area with a lot of water before cleaning it.
Ensure proper disposal
Lead-acid and lithium batteries contain hazardous materials that can harm the environment if not disposed of properly. Do not throw the batteries in the regular trash. Instead, take the batteries to a recycling facility or follow local hazardous waste disposal guidelines.
A1. Lithium batteries have a higher efficiency than sealed lead acid batteries. Lithium batteries can have up to 95% efficiency, while SLA can only have around 85-90%. SLA batteries are cheaper than lithium batteries.
A2. Yes, 6V batteries can be used to store solar energy for usage when the sun is not available or when there is a power outage.
A3. A 6V 120Ah deep cycle battery can practically last anywhere from 5 to 15 years of lifespan. However, it has to be maintained.
A4. Yes! Generally, the more amp hours a battery has, the longer it will last when used.
