"Lithium ion battery Training" (how to build your own battery packs). Do you want to learn Lithium ion and Lithium battery training, are you in search of how to build Lithium ion and Lithium batteries. Are you seeking for Advanced knowledge on how to build lithium ion and Lithium batteries for -:
- Home energy storage (solar backup)
- Electric cars
- Rc vehicles and drones
- Electric bicycles and skateboards
- And everything else.
If yes, Indigenous i.t solution training institute (Online Training Ng) has brought an intensive step by step online training for people who want to learn how to build lithium ion and Lithium batteries packs. This training contains the complete A to Z guide of how to build any lithium ion and Lithium batteries packs of any sizes and voltage. This is a Beginners step by step guide on how to build a Lithium ion/Lithium batteries from scratch. Lithium ion/Lithium batteries can be dangerous. They contain a large amount of energy in a small volume, and are specifically designed to release that energy quickly. When used properly, they can be a safe and efficient way to power nearly anything. However, when used improperly or carelessly, lithium batteries have the potential to cause devastating fires that can and have resulted in loss of property and life. Lithium batteries have existed in various forms since the 1970’s, and innovations in the 80’s and 90’s have led to the familiar lithium battery cells that we know today. Current research on lithium batteries has produced battery cells capable of extreme performance, for example, 100% recharging in just a few second. However, these current advances are strictly experimental and won’t see commercialization for many years, potentially decades. The information in this training covers the types of lithium batteries that are commercially available today and will likely remain available well into the future.
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Uses for lithium batteries
Today, lithium batteries are used for a seemingly endless number of applications. They can be found everywhere from electric vehicles to NASA’s spacesuits. Due to their lightweight and energy dense properties, lithium batteries are perfect for an incredibly wide range of applications. In the past, lithium batteries were mostly used by original equipment manufacturers (OEMs) for use in consumer products. These big manufacturers built lithium batteries suited to their needs for specific products or large clients. If a hobbyist wanted a battery size or shape that didn’t exist, he or she was out of luck. However, today there are many lithium batteries and cells that are readily available directly to consumers for use in, well, whatever we want! I was introduced to the world of custom lithium batteries during my time spent working in the electrical/electronic industry. I have been building lithium batteries for electric gadgets for years, largely because the number and variety of lithium batteries available to the consumer market has always been frustratingly small. If I wanted a specific size battery pack but it didn’t already exist, I had no other choice than to make it myself. This opened up a whole new world to me. Suddenly, I could build batteries of any voltage, any capacity and most importantly, any size and shape that I wanted. But Do It Yourself (DIY) lithium batteries aren’t only limited to the world of electric gadgets. There are thousands of applications for DIY lithium batteries! Even though electric cars are becoming increasingly available in the consumer market, it can still be cheaper (and more fun) to build your own. Many people convert all kinds of vehicles into electric vehicles, and they need batteries to do it. Unless you want to buy an expensive, purpose built electric car battery, you’ll need to know how to assemble your own large battery pack from lithium battery cells. Just like electric vehicles, home batteries are also becoming increasingly popular. A lithium battery in the back of your closet or hidden in your garage can power a house for days in the event of a power outage. They are also great for storing energy that has been generated on site, such as from solar panels or wind turbines. Home battery storage systems like the Tesla Powerwall are great OEM products, but you can still build your own custom system suited for your unique needs. All you need is the battery know-how! Drones, wearables, backup batteries, toys, robotics and countless other applications are all ripe for custom DIY lithium batteries. This training will teach you how to design and build lithium batteries for all of these uses and more. Prepare yourself, because by the time you enroll/completed this training program, you are going to be full of knowledge and rearing to go out and power the world!.
OUR TRAINING COURSE CONTENT AT A GLANCE
Introduction to lithium batteries
- Uses for lithium batteries
- How lithium battery cells work
Form factors of lithium cells
- Pouch cells
- Prismatic cells
- Cylindrical cells
Types of lithium cells
- Lithium ion (Li-ion)
- Lithium Manganese Oxide (LiMn2O4 or li-manganese)
- Lithium Cobalt Oxide (LiCoO2, li-co or li-cobalt)
- Lithium Nickel Manganese Cobalt Oxide (LiNiMnCoO2 or NMC)
- Lithium Nickel Cobalt Aluminum Oxide (LiNiCoAlO2, NCA, or NCR)
- Lithium polymer (li-poly or lipo or RC lipo)
- Lithium Iron Phosphate (LiFePO4)
- General lithium battery cell summary
Sourcing lithium battery cells
- Buying new cells
- Using salvaged cells
- Buying used electric vehicle battery modules
Cell ratings
- Capacity
- Maximum discharge rate
- C rate
- Maximum charge rate
- Maximum number of cycles
Combining lithium battery cells to make battery packs
- Increasing voltage using series connections
- Increasing capacity using parallel connections
- Combining series and parallel connections
Safety
- The danger of short circuits
- The effect of temperature on lithium cells
- Handling and storage
Battery Management Systems
- Why would a battery need a BMS?
- Disadvantages of a BMS
- Connecting a BMS
Construction methods
- Physically holding cells together
- Joining cells in series and parallel
- Cell-level fuses
Battery layout and design
- Voltage
- Capacity
- Maximum continuous current
- Choosing appropriate cells
- Current rating
- Cycle life
- Weight
- Size
- Safety
- Grouping cells in a battery
- Making different battery shapes
Making battery connections
- Safety considerations
- Cell matching
- Cell alignment and containment
- Bolted connections
- Wire connector connections
- Spot welded connections
- Series vs parallel connections
- Connecting the BMS
- Connecting charge and discharge wires
- Connecting the balance wires
- Adding a balance connector
- Performing final quality and performance checks
Sealing the battery
- Hard cases
- Heat shrink
- Cooling issues
Charging lithium batteries
- Constant Current, Constant Voltage charging
- Charging with a BMS
- Charging without a BMS
- Charging temperature
Increasing cycle life
- Charge to a lower maximum voltage
- Discharge to a higher minimum voltage
- Charge and discharge at lower currents
- Keep cells cool
Disposing of old lithium batteries
Example battery building projects
- 5V backup battery and USB device charger
- 12s RC lipo electric skateboard battery
- 10s (36 V) electric bicycle triangle battery
- 38s (120 V) LiFePO4 prismatic cell electric car battery
- 14s (52 V) 18650 home energy storage battery
- 4s (14.8 V) 18650 RC drone or FPV battery
