BePowered Cells
High-Power. Long Lasting.
BePowered is Beyonder´s next generation of eco-friendly and high-power battery cell. These cells offer more than 10K cycles using 5C continuous charge/ discharge with 70% or more remaining capacity. With its wide depth of discharge (DoD) it allows utilization of the entire energy stored in the cell. This also corresponds to a wider voltage range requiring less cells to reach required system voltage, compared to traditional battery technology using a narrow state of charge (SoC) range.
BePowered product offer a continues 5C charge/discharge capability corresponding to a 0–100% charged cell in only 12-15 minutes.
With a potential of 40C peak current it provides an excellent value proposition for applications such as regeneration and acceleration in mobility, UPS, frequency regulation and power backup.
20 000 cycles
3.3 kW/kg
Up to 40C
Cycles more than 10,000 times
Every cycle of a battery is one step closer to having to replace your system.
BePowered offers more than 10k cycles using 5C continuous charge/discharge. This means more time spent cycling and less time (and money) spent on replacing dead batteries.
Cycle life testing conditions: Same charge/discharge C-rate, 100% DoD, Constant cycling with 2 min. rest time between charge/discharge. Cycling still ongoing.
Excellent thermal characteristics
The BePowered cell offers exceptional thermal management during use.
Minimal heat generation - Even during constant cycling at 5C/5C, the cell maintains minimal heat generation.
Limited temperature increase - When cycling at 1C/1C, the temperature increase is limited to just 2-3°C.
These features ensure the battery cell remains efficient and reliable, making it an ideal choice for demanding applications
Round-trip Efficiency
The BePowered cell demonstrates an impressive capability in maintaining high round-trip efficiency, a crucial parameter for evaluating energy storage systems.
One of the standout features of the cell is its round-trip efficiency (RTE) when cycled from 1C to 5C. Under 1C cycling, the cell achieves an RTE greater than 96%. This high efficiency signifies that the energy loss during charge and discharge cycles is minimal, ensuring that the majority of the energy put into the cell is recoverable. This characteristic makes the BePowered cell particularly advantageous for applications where energy conservation and efficiency are paramount.
When subjected to continuous cycling at 5C/5C, the cell maintains an RTE above 90%. This level of performance is indicative of the cell's robust design and ability to withstand high-intensity usage without significant degradation in efficiency. Such capability is vital for applications requiring rapid charge and discharge cycles, providing reliability and performance consistency.
0% to 80% in less than 5 minutes
As demand for energy continues to grow, the need to capture and provide energy quickly is more important than ever. BePowered boasts a charge rate of 10C, however can be tuned to provide even higher charge rates. This corresponds to charging from 0% to 80% in 5 minutes!
Why our BePowered Cell is beneficial for your industry?
It has a positive impact on revenue and utilization potential for each service.
BePowered´s high cycle life, low cycle cost, and high power allows for the ability to stack more services and deliver these more frequently than standard LFP battery which improves utilization. Furthermore, more frequent trading or service delivery, enabled by high cycle life and low cycle cost, increases profits and revenues.
Lower Total Cost of Ownership
With reduced replacement frequency and maintenance costs, our cells offer a more economical solution over time.
Sustainabillity
Enhanced efficiency and longer lifespan contribute to a more sustainable energy future.
Power Density and Safety
High power density coupled with advanced safety features protect your investment and operations, due to better safety and reliability.
Sustainability
BePowered cells enables the green transition within the high-capacity battery market as it focuses on sustainable products from material sourcing, excluding scarce materials and production of cells with renewables. With focus on electrification of industry and utilizing more compact battery systems, our solutions contribute to lowering carbon footprints across the value chain.