320V 66Ah Lithium Electric Car Battery
320V 66Ah Lithium Electric Car Battery
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Battery Management System BMS integral to the Battery Pack ensures optimal battery performance for longer run times between charge and during operations. BMS extends the lifespan of the battery, and reduces speeds at low states of charge. | Longer Lasting The flat discharge curve and high sustained voltage mean forklifts run faster on each charge, without getting sluggish. The overall battery life lasts 2x than that of lead-acid alternatives, thus providing significant financial savings. | Lower Overal Costs Lithium from COMBINE Power reduces costs in multiple ways, including lower energy bills to run your equipment, battery packs that last 5 - 10 years instead of 1 - 3 years, improved productivity by not having to regularly swap batteries, and more. | Fast Charge On Demand All you need is one battery per truck, even with 2- or 3-shift operations! No more battery rooms. No ventilation needed while charging. Quick opportunity charge means your crew can simply plug in the equipment during breaks, then get back to work. |
Create a tailor-made energy-solution for you
(Battery Powered Electric Cars)
PHYSICAL SPECIFICATIONS | ||||||
Group Size | BMS | Protect | Dimensions Inches (mm) | Weight | ||
Length | Width | Height | ||||
1P100S | INCLUDED | IP65 | 63in (1600) | 63in (1600) | 13.7in (350) | 1804 (820) |
ELECTRICAL SPECIFICATIONS | ||||||
Nominal | Nominal | Module | Energy | Continuous Charge | Continuous Discharge | Self |
320V | 66AH | YES | 21.12KWH | 1C | 1C | <1% per Month |
New Flexible Platform Batteries
Combine’s all-new modular platform will be the heartbeat of its all-electric future – powering electric vehicles in every segment to meet the needs of every person.
Combine’s vision of a world with zero emissions will be powered by a future where every vehicle is an electric vehicle. Customers are ready for this change, and third-party forecasters expect U.S. EV volumes to reach about 3 million units on average by 2030.
Our team accepted the challenge to transform product development and position our company for an all-electric future, What we have done is build a multi-brand, multi-segment EV strategy with economies of scale that rivals our full-size Battery Pack business with much less complexity and even more flexibility.
LITHIUM-ION CELLS
Combine has optimized the safety and performance of lithium-ion for material handling equipment and other industrial applications. Our cells are UL/CE tested, and use one of the safest and most stable lithium chemistry available.
ADVANCED LITHIUM-ION TECHNOLOGY ● Higher sustained power, with no voltage drop-off ● Fast charge ● Safe – No acid spills or combustible gas emissions ● Over 3500 cycles at 80% depth of discharge ● Up to 45% lower cost – fewer replacements needed ● No battery swapping required for multi-shift applications ● Maintenance Free ● Typically uses 40% less energy |  |
 | BATTERY MANAGEMENT SYSTEM (BMS) The integral BMS was designed and developed in-house, assuring a fully optimized solution for demanding material handling applications. The BMS software ensures the battery provides peak performance at all times when in operation (even at low charge levels), delivers longer run times between charges, and maximizes the total battery lifespan. All Power batteries are Solid Built! |
FULL INTEGRATION Our Forklift Battery Packs are capable of integrating with different equipment over CAN. This provides a seamless transition for operators when switching to lithium-ion. Integration features include: • Accurate battery discharge indicator • Device Error code (DEC) reporting • Early warning for safe shutdown |  |
OPTIONS
Integrated heaters for cold temperature applications
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Module assemble line | Pack assemble line |
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Salt-mist corrosion Testing Machine | Explosion-proof Machine |
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Combine's Battery Packs are 100% inspected before delivery include but not limited to Battery Capacity, Pressure Difference, Temperature Difference and Temperature rise. The test could confirm function of the battery, battery welding conditions, connection between the cells and BMS function.
Cell/Module Thermal Simulation
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Series and parallel mode combined into the lithium battery PACK, the voltage and capacity of lithium battery PACK can be combined accordingly.
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Experience the Difference
Electrification is coming to the construction industry in the form of battery operated Tractors, Embrace a zero-emission future!
| Why Electric Vehicle ? Electric vehicles are battery powered and there is no pollution when compared to your diesel or petrol vehicles. The cost of running an electric vehicle is very less. Lithium batteries are used in most of the electric vehicles which makes it easy to maintain. There is no regular servicing is required for EV's. The main components in a electric vehicle is Motor, Controller, Battery, Battery Management System and Charger. Other parts are secondary but they are important too. |  |
How do electric car batteries work?
Where internal combustion engined cars get energy from burning petrol or diesel, an electric vehicle gets its power directly from a big pack of batteries.
These are much like a scaled up version of the lithium-ion (Li-ion) battery in your mobile phone - EVs don't use a single battery like a phone, they use instead a pack which is comprised of thousands of individual Li-ion cells working together.
When the car's charging up, electricity is used to make chemical changes inside its batteries. When it's on the road, these changes are reversed to produce electricity.
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