What is a Lithium-Ion Battery?
It is a family of rechargeable batteries known as lithium-ion batteries, which are commonly used in consumer electronics due to their high energy level. In contrast to its disposable counterpart, a customlithium Ion battery uses an intercalated lithium compound instead of metallic lithium as the electrode of the battery rather than metallic lithium.
Batteries made of lithium-ion are typically much lighter than those made of other types of rechargeable batteries of similar size. Lithium-ion batteries are also referred to as Li-ion batteries and are widely used in portable electronics like PDAs, iPods, cell phones, laptops, and mobile gaming systems.
Lithium ion battery pack mechanical modelling and design
As part of the design process, Bold uses CAD to model both the mechanical and electrical aspects of the battery system. We use Catia v5 and Fusion 360 depending on the requirements of the project.
As part of electrical performance specifications, there is a focus on material selection, especially for bolted mechanical joints and welded joints. We have an extensive material and surface coating library of specifications that cover most markets for different levels of performance. To achieve the quality and reliability expected, we work with specialist suppliers.
The big buzz in batteries is Custom Li-Polymer Battery Packs technology. Nowadays, they are the common source of power in several everyday items such as laptops, cell phones, power tools and even vehicles. The need for reliable portable power is increasing steadily as technology evolves to focus on speed, big data, and mobility.
At JB Battery , rechargeable lithium-ion (Li-on) batteries are increasingly popular as a power option for small and large cleaning equipment. In order to better understand lithium-ion batteries, let’s define what exactly they are and what the science behind them is. They offer five broad advantages: maintenance, longevity, charging speed, safety, and ease of charging.
The 5 biggest advantages of lithium-ion batteries
- Maintenance: In contrast to flooded lead-acid batteries, lithium-ion batteries do not require watering. In addition to reducing maintenance, lithium-ion batteries also eliminate the need to train new team members about the procedure and monitor machines to ensure water levels are adequate.
- Longevity: Large-capacity lithium-ion battery packs can have a service life of eight or more years, which can provide a high return on investment.
- Easy & Fast Charging:In a busy facility, the less time a machine sits idle, the better. Fast-charging lithium-ion batteries mean less downtime for machines. The lithium-ion battery can also be opportunity charged, reducing downtime for a machine. Cleaning procedures don’t have to be designed around the necessity of allowing a battery to fully charge between uses, and training for team members is also simplified.
- Safer Facilities:Eliminate flammable fuels and battery acid exposure with lithium-ion technology and enjoy quiet operation with low dBa sound levels.
- Environmental Impact: With the steady increase in electric vehicles, we are seeing an immediate impact in reducing carbon emissions. Lithium-ion batteries provide significant environmental benefits over other fossil fuel alternatives. Your business can save money on long-term cleaning costs as well as be more sustainable when you reduce your gas-powered cleaning machines.
The Future of Batteries
In the last three years, the battery industry has seen new and existing players invest well over $13 billion. Future trends will have to meet the needs of electric vehicles, renewable power solutions, and consumer electronics.
By 2025, the battery market is expected to grow to more than $90 billion, and new technologies, such as John Goodenough’s solid-state electrolyte lithium-ion batteries, will replace current batteries. The reason for this is a combination of improved performance and delivery innovations combined with the willingness of consumers to pay more.
Due to the need for better solutions in areas such as electric vehicles and renewable energy, battery technology is about to undergo the biggest disruption in its 150-plus year history.
