Fascinating Insights into Deep Cycle Batteries
We often overlook batteries until they run out or we notice that "batteries are not included" on a package. While they might seem mundane, our lives would slow down significantly without deep cycle batteries.
Knowledge is power, and we've got all the information you need about deep cycle batteries. These powerhouses keep many of your favorite gadgets and vehicles running smoothly.
From your fishing boat to your campers and solar panels, deep cycle batteries play a crucial role. Here are 7 intriguing facts about deep cycle batteries and how they enhance your life.
What Are Deep Cycle Batteries?
Deep cycle batteries, typically made from lead with thicker plates and separators, are designed for a deeper and more extended charge. There's also a growing trend towards lithium-ion and other materials. These batteries can discharge up to 80% of their total capacity without significant side effects, providing long-lasting power before needing a recharge.
Types of Deep Cycle Batteries
There are several types of deep cycle batteries used in everyday life:
Flooded Deep Cycle Batteries: These require regular maintenance. When electrolyte / water run low, they need to be refilled (ONLY with distilled water) to function correctly. Proper ventilation is also necessary to prevent the ignition of oxygen and hydrogen gases. Flooded batteries must be kept upright to avoid spills, making them less suitable for some applications. However, in hot weather, they can be topped up with distilled water to counter evaporation.
Sealed (Maintenance-Free) Deep Cycle Batteries: These do not require electrolyte refilling (watering) to perform their duties, though general maintenance is recommended if an inspection shows it's needed.
Gel Deep Cycle Batteries: Known for their longer lifespan and slower energy discharge, gel batteries offer more power but come at a higher cost.
Lithium-Ion Deep Cycle Batteries: The latest in battery technology, these have the longest and best energy life. However, they are not yet at a mass-market price point and can have safety issues if there are manufacturing defects or user abuse.
Deep cycle batteries are essential for many applications, providing reliable and long-lasting power. Understanding their types and maintenance needs can help you choose the right battery for your needs.
Where Do We Use Deep Cycle Batteries?
Deep cycle batteries are used in many different areas of life but are extremely popular for recreational and all-terrain vehicles.
Other areas that deep cycle batteries are used:
Cars
Motorized wheelchairs
Electric bikes
Golf Carts
Boats, Water Vehicles
Energy storage systems (solar and wind)
Traffic lights
Audio equipment
These batteries provide quality energy and are a great choice when needed in various conditions of weather or terrain. Deep cycle batteries can be used in water or rain without concern of losing power if it becomes soaked.
Deep Cycle Batteries: Powering Our Lives and Protecting Our Planet
Recyclable and Sustainable
Did you know that lead deep cycle batteries are highly recyclable? In fact, up to 80% of the lead and plastic in new batteries come from recycled materials. Battery recycling programs are available throughout Thailand and many other countries, ensuring that old batteries are disposed of safely and responsibly.
A Nod to Gaston Planté
We owe a lot to Gaston Planté, the physicist who invented the first storage lead battery in 1859. His innovation paved the way for the batteries that power our cars, boats, wheelchairs, and more.
Although lithium battery experiments began in 1912, it wasn't until the 1970s that consumer lithium batteries became available.
The first lithium-ion battery prototype was developed in 1985 and commercialized by Sony in 1991, revolutionizing the way we power our devices.
Embracing Off-Grid Living
Deep cycle batteries are essential for those who choose to live off the grid, enabling the use of solar, wind, and other renewable energy sources.
Nomads, doomsday preppers, RVers, and survivalists rely on these batteries to power generators, lights, and other necessities.
Supporting Essential Services
Many critical services, including healthcare, prisons, schools, and stores, use deep cycle batteries to run their generators. This ensures that they remain operational during emergencies or power outages. Devices like respirators, oxygen supplies, and power lifts continue to function, thanks to these reliable backup power sources.
Deep cycle batteries not only power our lives but also contribute to a more sustainable and resilient world.
Keep Cool and Avoid Overcharging: Tips for Deep Cycle Battery Care
Optimal Storage Conditions
To extend the life of your deep cycle batteries, store them in cool temperatures when not in use.
However, keep in mind that these batteries need to be at room temperature to reach their optimal maximum voltage.
This means you'll need to warm them up before use, which is why most manufacturers don't recommend storing them in cool spots despite the potential benefits for longevity.
Avoid Overcharging
Never overcharge a deep cycle battery, as this can lead to dangerous explosions.
As batteries age, the risk of malfunction or explosion increases, especially for those older than a decade.
To minimize the risk of injury or damage, replace batteries showing signs of wear and tear or damage promptly.
The Power of New Technology
As technology advances, innovations like the lithium-ion deep cycle battery are making us more connected and powerful. These advancements are equipping us with better tools to build a more efficient and resilient society.
If you want to learn more about deep cycle batteries or need help finding the right one for your needs, please contact us today.