The ZBC 250-575 Battery Pack: an onsite energy storage system
Atlas Copco Rental’s plug-and-play Battery Pack helps operators dramatically reduce their fuel consumption and CO2 emissions, while delivering optimal performance with zero noise. The versatile energy storage system can be used together with our diesel-driven generators to enable smart load management. Alternatively, it can serve as the primary source of power when used in the island mode. Moreover, the energy storage system can be combined with renewable sources of energy for immediate or later use. It captures the energy from solar panels, for example, and stores it for delivery at any given time.
Keep it quiet
Unlike generator-powered solutions where the sound of the engine is impossible to eliminate, batteries operate silently.
Minimize CO2 emissions
When used in island mode, the CO2 savings can reach up to 100% if the units are powered by renewable energy sources. When paralleled with Atlas Copco Specialty Rental power modules you can now achieve significant CO2 reduction. From urban construction sites to offshore applications.
Click here to learn more about our temporary hybrid total solutions!
Fast recharge
As they need to be ready at any moment, fast charging is a must, the ZBC 250-575 Battery Pack can be fully recharged in less than 3 hours.
Energy storage systems designed for your rental needs
With a compact design, plug-and-play connectivity, robust architecture, and remote software capabilities, our industrial battery storage rental solutions are engineered for easy transportability and seamless integration.
This means that they provide the perfect temporary power supply to address your energy needs, no matter where or when they arise. Whether you're seeking to optimise energy usage in remote locations or enhance efficiency in established systems, our energy storage units offer unrivalled versatility and reliability. Applications include:
- events,
- metropolitan construction sites,
- remote/off-grid locations,
- car, bus, and truck charging,
- peak shaving,
- energy harvesting,
- back-up power,
- and more
Technical information
| General technical data | ZBC 250-575 | |
| Nominal rated power | kW / KVA | 250 / 250 |
| Nominal energy storage capacity | kWh | 576 |
| Rated voltage (50Hz)* | VAC | 400 |
| Batter system voltage | VDC | 768 |
| Nominal rated current | A | 360 |
| Operating temperature | °C | -20 to 60 |
| Sound power level | dB(A) | <80 |
| Battery | ||
| Quantity | Units | 42 |
| Cell chemistry | Lithium iron phosphate LiFePO4 | |
| Nominal Voltage | VDC | 76,8 |
| Nominal capacity @ 25°C | Ah | 250 / 19,2 |
| DoD % (depth of discharge) | % | 90 (recommend) |
| Energy density | Wh / Kg | 136 |
| Overcurrent capability | Up to 1,25 x nominal current | |
| Inverter | ||
| Quantity | Units | 5 |
| Total peak power | kW | 275 |
| Charger voltage | VDC | 716,8 |
| Total charger capacity | A | 116 |
| Max passthrough current | A | NA |
| Dimensions and weight | ||
| L x W x H | mm | 2991 x 2438 x 2896 |
| Weight | Kg | 12000 |
Hybrid power plants animation
When your temporary power demand is fluctuating, there are several solutions to provide the required power onsite. Over time, new developments allow for more sustainable solutions. Discover how a hybrid power plant works and how energy storage is the next step for better fuel efficiency, less emissions, less noise and much more benefits!
