The urgency to become carbon neutral leads to sustainable energy solutions. The use of renewable energy is growing considerably as countries are replacing fossil fuels. The popular renewable energy options include wind and solar power plants. These are equally popular among energy generation companies and house owners. House owners prefer to store renewable energy in power packs. Among all backup power solutions, LiFePo4 Battery is the leading name with tons of perks.
Renewable Energy is Global Need
The world’s leaders have agreed on one thing, to limit and eventually abolish the usage of fossil fuels for a cleaner environment. In this case, renewable energy is the ultimate solution to reducing pollution, which severely threatens the human species. Lithium batteries are essential in the race to a more sustainable strategy for meeting the world’s ever-increasing energy demands. Lithium battery packs are the most well-known battery type due to their current characteristics that make them suited for modern products.
Battery History
The earliest recorded use of a rechargeable battery is linked to French physicist Gaston Planté. He is credited with inventing the first battery in 1859, which was the lead-acid battery. After ruling for more than a century, lithium iron phosphate battery surfaced in the late 20th century. M. Stanley Whittingham is named as the earliest researcher who invented the initial prototype of the lithium-ion battery in the 1970s era. This prototype was based on titanium disulphide cathode and lithium aluminium anodes. During the very next decade, John Goodenough utilised the previous research to fine-tune the lithium battery by using lithium cobalt oxide as a cathode instead of titanium.
Akira Yoshino was a Japanese scientist who successfully made the first prototype of the Li-ion battery in 1985. However, it was only in 1991 when a joint team by Sony and Asahi Kasai made the first commercially viable lithium battery pack. Initially, the lithium battery technology didn’t attract a large consumer base. As the technology improves and prices lower, lithium-ion batteries become the first choice for portable electronics, EVs, and RVs to store backup power.
Features of LiFePO4 Battery
Energy Density
Lithium-ion battery cells are noted for having the highest energy density level, allowing them to shave the highest ratio to store electric current with the least mass, resulting in a tiny and compact size.
Low Maintenance
Whether you have a Lithium car battery or a deep cycle battery, it doesn’t require any maintenance, like a lead-acid battery. Lead-acid batteries are subject to the addition of distilled water occasionally in order to work properly.
Lowest Self-Discharge Rate
Lithium batteries offer the industry’s lowest self-discharge rate, which can be as low as 2% per month.
Longer Lifespan
Deep Cycle Lithium Ion Batteries have a life cycle range of 3000 to 5000 cycles in some situations, which appears to be ten times that of a typical acid battery.
Growing Use of Lithium Car Battery
Now, apart from basic backup power needs, lithium battery technology has gotten the attention of automobile owners and manufacturers. Lithium Car Battery has emerged as the best dual-purpose battery that can serve as both a starter and deep cycle battery. Initially, lead-acid batteries were most popular among car owners.
The most typical issue with lead-acid batteries is that they lose charge and leave you stuck. Such classic batteries require constant maintenance and continue to perform poorly, particularly in hot temperatures. The best thing about a lithium-iron battery is that it is just like a plug-and-play. It keeps its charge, preventing charging cells from becoming weak. Furthermore, you eliminate the need to monitor the acid level in your automobile every few days. A lithium-ion battery may endure for several years, but a conventional lead-acid battery has a lifespan of only two years.
Lead acid batteries have proven as dependable, maintenance-free, long-lasting, and stiff. When you purchase a lithium-ion battery, it may appear expensive initially to many people. Nevertheless, lithium-ion batteries reveal their worth as time passes since they perform effectively.
Lithium-ion vehicle batteries provide continuous voltage to the item they power, for example, your automobile. A lithium-ion battery will now give trouble-free power to your car with no variations in power delivery. Lithium-ion batteries are widely utilised in the automobile industry, from modest sizes used in cars and motorbikes to RVs for camping and other off-grid vehicles. Lithium-ion batteries will now power a wide range of automobiles.
Types of Lithium Car Batteries
There are various types of lithium car batteries that are used in automobiles. As a result, technical advancements in the chemistry of lithium batteries have resulted in a variety of types.
Lithium-Ion (Li-Ion) Batteries
Li-ion batteries are the most popular and commonly used form of lithium battery. It is the most sophisticated type and is used in a broad range of applications. They power larger electrical equipment such as inverters and serve as a backup in RV vehicles. Lithium-ion batteries have the most stable chemistry of any type, allowing them to store more charge and hence provide more backup capacity.
Nickel Metal Hydride (Ni-MH)
When compared to Li-ion batteries, nickel metal hydride in lithium batteries is more efficient. One such example is the General Motors EV1, which achieved 280km in testing. In comparison, the Li-ion-powered Nissan Leaf covered 160 kilometres. In the future, nickel-metal hydride in lithium batteries will be more efficient. The disadvantage is its increased and massive weight, mixed with outmoded technology. When it comes to powering ordinary on-road cars, space is a barrier, which is why, despite its greater efficiency, NI-MH has not been extensively accepted by automotive makers.
Molten Salt (Na-NiCl2):
This type of lithium battery is also known as the Zebra battery. These African Zeolite battery studies were employed in prototype automobiles and buses for urban transportation. Molten salt batteries are resistant to overcharging and over-discharging as well. The molten salt lithium battery is resistant to low temperatures and hence durable under adverse environments. However, the drawbacks of this kind include higher interior temperatures of up to 270°-350°C. These batteries are no longer safe for use in electric or fossil-fuel-powered automobiles.
Lipo Battery 12v
Lipo Battery 12v, also known as lithium polymer batteries or lithium-ion polymer batteries, was inspired by lithium-ion batteries. Lipo or Li-poly batteries are rechargeable power storage batteries that employ polymer electrolytes rather than liquid electrolytes like lithium-ion batteries. Lipo battery cells are becoming increasingly common in small smart devices, radio-controlled aircraft, and artificial intelligence technologies.
Which One Is Required, 12V or 24v?
Energy consumption is the factor that defines the voltage capacity of the complete power system, i.e. battery volts, UPS or Inverter voltages, and cables that transport current. To reduce the spread of fire, limit the current flow to higher than 100 amps. Higher current levels necessitate well-insulated heavy-duty wire with a greater diameter and matched components with the same voltage level. Furthermore, the supporting fuses and breakers must be able to handle the high current stream. In the event of a total discharge, a 12vdc Deep Cycle Battery with 100 ampere-hours power for an electric motor with a 600-watt engine may give two hours of backup time. If you have a 24v battery, the backup duration will be doubled.
Deep Cycle Systems (DCS) Specialised Lithium-Ion Battery
Modern living is mainly determined by how effectively our energy needs are supplied. Power sources are required by the transportation system, electrical appliances, power tools, portable gadgets, medical facilities, industrial locations, and military stations. Back-up power is essential for continuous operations at home or at business. The 100ah Deep Cycle Battery is designed to meet the power requirements of tiny electronics. The number of hours a 100ah battery will offer depends on several elements, including the watt power of the device(s), C-rate, and others. Deep Cycle Systems manufactures high-quality batteries for premium services.
DCS is a premier provider of power solutions. Deep Cycle Systems provides a diverse range of goods ranging from batteries to solar systems, solar chargers, and solar controllers, among others. Pricing is an important consideration in every buying decision. Deep Cycle Systems provides competitive prices on high-quality items. Our goods are both inexpensive and long-lasting. Deep Cycle Systems (DCS) now provides long-lasting power solutions for both off-grid and on-grid applications.
Deep Cycle Systems has a highly trained installation staff. Product installation and instruction will now be easy and smooth. Furthermore, DCS provides exceptional after-sales services to our valued customers as part of our commitment to providing our clients with the finest product and after-sales services. Shop with us for a quality power solutions experience.
