Guide to buy the best deep cycle motorcycle battery
Deep cycle batteries are made with different chemistry and battery design than conventional starting batteries, allowing them to provide consistent power output over a longer period of time. This makes them ideal for use in motorcycles that are used for extended periods or in vehicles with accessories that require a stable and reliable power source.
Choosing a deep cycle battery for motorcycles is essential, as the specific requirements for a motorcycle battery may differ from those for other Applications. When selecting a deep cycle battery for your motorcycle, it is important to consider factors such as the size and weight of the battery, the power requirements of motorcycle and whether the battery can match the motorcycle API.
What is the difference between a deep cycle motorcycle battery and a regular one
A deep cycle motorcycle battery is different from a regular motorcycle battery in several key ways:
● Capacity: A deep cycle battery is designed to be discharged and recharged repeatedly, so it has a larger capacity for storing power. Regular starting motorcycle batteries, on the other hand are designed primarily to provide a quick burst of power to start the engine, so they have a smaller capacity.
● Chemistry: The chemistry of a deep cycle battery is also different from that of a regular battery. Deep cycle batteries typically use lithium ion or lead acid material, while regular batteries typically use a liquid electrolyte.
● Power output: A deep cycle battery is designed to provide consistent power output over an extended period, making it ideal for powering accessories such as GPS systems, audio systems, lighting systems, and power ports. Regular batteries are designed to provide a quick burst of power for starting the engine and are not intended for extended use.
Deep cycle batteries are a better choice for motorcycles which require a steady and reliable power source.
What factors affect the quality of deep cycle batteries
Deep cycle batteries are susceptible to temperature changes. Low temperatures lower the charge and discharge rate. The charging-discharge imbalance is considered to be its ageing process. The closer the battery gets to its maximum cycle life, the lower the performance standard.
Similarly, overcharging is a key player critical to the quality of deep cycle batteries. Too much overcharge causes the battery to heat up and speed up cycles. On the other hand, overdischarge the battery makes it lose its ability to fully charge and perform efficiently.
In addition to the factors mentioned above, poor storage conditions with poor ventilation may cause gas build-up through self-discharge, which is dangerous and may explode. It is important to charge them every 4 to 6 months during storage.
Compare different types of deep cycle motorcycle batteries
Battery type | Material | Number of cycles | The energy density (Wh/litre) | Maintenance difficulty | Self-discharge rate | Battery performance |
| AGM | Fibreglass | 500 -1000 | 150 | Maintenance free | 1% to 3% | 80% |
| Gel | Silica gel network and sulfuric acid | 1000-1,500 | 300-735 | A little maintenance | Less than 3% | 70% |
| Lithium-ion | Lithium, graphite, manganese, and cobalt. | 2000-4000 | 250-693 | Maintenance free | Less than 3.5% per month | 90% |
How do I know if my deep cycle motorcycle battery is AGM or lithium
The verification process between the two types is straightforward. The easiest way is to read the manufacturer’s label, which has either AGM or Lithium descriptions.Or you can check the voltage of individual cells.
The cell voltage of lithium battery is between 3.2-3.7v, which is much higher than AGM battery. The energy density of lithium battery is very high. With the same specifications, lithium battery will be much lighter than AGM battery.
In situations where the title may be absent, simple shaking will reveal acid wiggling inside, confirming it’s not an AGM battery.
When should you use a deep cycle battery
Deep cycle batteries are chosen when you need the best possible ride, maximum performance, and ultimate reliability.That is to say, devices that require continuous power supply for long-term use require deep cycle batteries, such as marine applications, solar systems, and electric motorcycles.
Is there a difference between deep cycle motorcycles and marine batteries
Deep cycle motorcycle batteries are power batteries, which need to ensure efficient engine operation, so they have higher requirements for voltage and discharge current, and in order to pursue efficiency and speed, they also need to have higher energy density.
The deep cycle marine battery is more for energy storage, so the requirements for cycle life are higher, and due to the special application environment of marine rivers, the marine battery needs to be resistant to impact and vibration.
Best deep cycle motorcycle battery- lifepo4 vs ternary battery
The LiFePO4 deep cycle motorcycle battery is better compared to the ternary battery in terms of cycle life, safety, durability, and stability in adverse conditions such as high temperatures and accidents.
However, considering the excellent performance of ternary lithium battery in terms of cell voltage, energy density, weight and efficiency, it is the most suitable for motorcycles.
Common specifications for deep cycle motorcycle batteries（48v/60v/72v）
At the same nominal capacity of 50Ah:
| Standard | 48V | 60V | 72V |
| Energy | About 2.5Kwh | About 3Kwh | About 3.6Kwh |
| Charge cut-off voltage | 58.8V | 73V | 86V |
| Discharge cut-off voltage | 42V | 47.6V | 56V |
| Weight | About 14KG | About 18KG | About 21KG |
| Product Size | 305*175*160mm | 330*185*160mm | 320*220*160mm |
| cycle life | ≥800 times(standard charge and discharge mode), capacity ≥80% | ||
How do you charge a lithium-ion deep cycle motorcycle battery
The most critical step in charging deep cycle motorcycle batteries starts with understanding the basics of the type of charger needed and the charging capacity. After this, the charging process requires two simple steps: connecting the cathode and anode terminals to avoid short-circuiting.
Next, the lithium-ion battery is charged with a special charger for constant current and voltage (CCCV). The CC charge aims to bring the voltage to an end of control while the CV charge aims to bring the current down, after which the charge is complete and thus stopped.
How do you extend the life of a lithium-ion deep cycle motorcycle battery
Extension of cycle life of lithium-ion deep cycle motorcycle batteries can be adopted by avoiding the factors contributing to quality. These include:
- Maintain or store the battery at specified optimum temperatures.
- Free from moisture.
- To manage discharge: do not allow battery to overdischarge.
- When using the correct charger.
- Manage voltage: avoid overcharging.
- Partial charging: avoid 100% charging and discharging, keep power between 30% and 80%
How to buy the best deep cycle motorcycle battery
Getting the best battery for motorcycle is the first step to enjoying a smooth ride and high-performance standards. Here’s a quick guide on how to get the best out of what the market has to offer.
Finding a trustworthy manufacturer
Getting the most reliable manufacturer is not always an easy task, but here’s how to narrow it down to the best:
① Online research on the best battery manufacturer.
② Get reviews from customer who have the best batteries.
③ Make comparisons of the best deals on the market for battery value.
④ Create a checklist of available manufacturers giving them a call to inquire.
Motorcycle battery swapping station
Battery swapping is the most unbeatable and reliable way to get the best deep cycle motorcycle battery. Exchange stations offer a one-stop solution for motorcycle power needs with the best deals in accessibility.
The battery-swapping cabinet comes with the best features such as:
① Durable and strong
② Multi-protocol support
③ Intelligent cabinet control.
To get more information about motorcycle battery swapping, you can read the top 10 electric motorcycle battery swapping companies in China for your reference.
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We mass produce all battery size variables for different market needs, such as 48V, 60V, and 70V batteries. We guarantee the reliability, safety, and durability of our customers.
