Jackery, one of the leading manufacturers of portable power stations, is launching a groundbreaking innovation on the market with cell-to-body (CTB) technology. This innovative battery technology, which is already being used in the e-car industry, integrates the battery cells directly into the device structure and offers numerous advantages over conventional battery systems.
The most important innovations:
- More efficient use of space: the battery cells are integrated directly into the appliance structure, enabling 59% better use of space.
- Significantly lower weight: Thanks to the new design, the weight of the power stations is reduced by over 30%.
- Increased stability: Cell-to-body technology ensures even load distribution and improves resistance to shocks and vibrations.
- Pioneering Explorer 2000 v2: The first power station with CTB technology weighs just 17.5 kg, making it the lightest 2 kWh LiFePO4 power station on the market.
Jackery promises maximum efficiency and weight reduction
In an official press release, Jackery points out an exciting innovation in the field of power stations – the use of cell-to-body technology. CTB technology is a real revolution for mobile energy storage. While conventional battery systems consist of individual modules that are integrated into a battery pack, CTB dispenses with this modular level. Instead, the battery cells are connected directly to the underside of the device in a honeycomb-like structure. This maximizes the use of space and at the same time significantly reduces the weight.
By eliminating additional protective housings and separating layers, material efficiency is improved without compromising safety. Another important feature is the combination of low weight and high security. Until now, users had to choose between lightweight but less durable lithium batteries and the heavier but safer LiFePO4 batteries. Jackery now combines both advantages: The new design enables a weight reduction of over 30%, making the power stations easier to transport without compromising on performance or durability.
Improved stability and durability
In addition to the advantages in terms of weight and space utilization, CTB technology promises increased structural integrity. By integrating the battery cells directly into the housing, the battery itself becomes a load-bearing element. This not only improves stability, but also ensures an even distribution of the load.
You are currently viewing a placeholder content from Standard. To access the actual content, click the button below. Please note that doing so will share data with third-party providers.
The new design is intended to make Jackery’s power stations more resistant to shocks and vibrations. This is particularly advantageous for outdoor use, for example when camping or as an emergency power supply when on the move. The longer service life of the devices also means more sustainable use and lower maintenance costs for users.
Jackery Explorer 2000 v2: First power station with CTB
The Jackery Explorer 2000 v2 (€ 1,099.00 *), which has been available for a few days, marks the start of this new technology. This power station is not only one of the most powerful in its class, but also the lightest 2 kWh LiFePO4 power station currently on the market, weighing just 17.5 kg.
Its compact dimensions of 33.5 x 26.4 x 29.2 cm also qualify it for mobile use. Compared to conventional LiFePO4 power stations, Jackery has been able to reduce the volume by 41% and the weight by 36%. This makes them particularly attractive for users looking for a combination of high capacity, long service life and easy transportability.
Conclusion
With the integration of cell-to-body technology, Jackery is setting new standards in the portable energy solutions industry. The advantages are obvious: lighter, more efficient and more stable than conventional power stations. The Explorer 2000 v2 seems to be just the beginning. Future models are also likely to benefit from this innovative technology and improve the mobile power supply even further. We are already looking forward to the response from the competition from Bluetti, EcoFlow and Co.
