EnergyPack P500
EnergyPack P350/P500 is the ideal solution for isolated or remote locations that need to reduce energy costs and provide a reliable power supply. These energy storage systems optimize peak shaving, low loads, and mobile power solutions, and can be integrated with generators to form a hybrid power solution suitable for large industrial applications.
After Est. Gas Savings
The Ultimate Solution for High Energy Demands
The EnergyPack P350 and P500 are designed to meet the demands of applications with high energy and sudden load requirements. The P350 has a power capacity of 376 kWh, while the P500 offers 564 kWh. Both systems excel in effectively covering low and peak loads, making them versatile solutions for a wide range of scenarios.
EMS
FoxMind is an intelligent hybrid power management system that autonomously controls power distribution among generators, battery storage, PV, and mains systems, optimizing the most economical power management mix for the entire system. It offers a user-friendly interface for selecting the ideal operational mode in any situation, guaranteeing safe, efficient, and dependable energy supply.
Tower Crane/Piling/Drilling
The EnergyPack P350 and P500 provide a reliable and stable power supply in heavy-duty jobs and harsh environments. By downsizing diesel generators and reducing running time by up to 80%, these energy storage systems significantly cut down on fuel costs and emissions.
On&Off-Grid MicroGrid/ Site Office
Integrating renewable energy sources like solar panels, the EnergyPack P350 and P500 provide a sustainable energy storage systems. With FoxMind's automatic operation and remote monitoring, they ensure a stable and consistent power supply.
Critical Power Applications
The EnergyPack P350/P500 provide dependable and high-quality power supply solutions for equipment with stringent power requirements and emergency power needs. These energy storage systems ensure uninterrupted operation and stability in critical situations.
FoxCloud（PC）
FoxCloud（Phone）
FoxMind
P350 Specifications
Nominal Rated Power (kVA)
376 kVA
Overload Power (60s) (kVA)
470 kVA
Nominal Peak Power (10s) (kVA)
250 kVA
Cell chemistry
LiFePO4
Nominal capacity (kWh)
376
Effective capacity (kWh)
338.4
Recharging time (Hours)
2h@188kW
Discharging time (Hours)
1h@338kW
System round trip efficiency (%)
up to 96.6%
DoD% (depth of discharge) (%)
90
Lifetime (80% DoD) (Cycles)
7000
Battery management system
Automotive grade BMS
Temperature control
Liquid cooling / PI heating film
Nominal Rated Power (kVA)
500
Overload Power (60s) (kVA)
625
Nominal Peak Power (10s) (kVA)
625
Cell chemistry
LiFePO4
Nominal capacity (kWh)
564
Effective capacity (kWh)
507.6
Recharging time (Hours)
2h@282kW
Discharging time (Hours)
1h@508kW
System round trip efficiency (%)
up to 96.6%
DoD% (depth of discharge) (%)
90
Lifetime (80% DoD) (Cycles)
7000
Battery management system
Automotive grade BMS
Temperature control
Liquid cooling / PI heating film
P500 Specifications
Nominal Rated Power (kVA)
500
Overload Power (60s) (kVA)
625
Nominal Peak Power (10s) (kVA)
625
Cell chemistry
LiFePO4
Nominal capacity (kWh)
564
Effective capacity (kWh)
507.6
Recharging time (Hours)
2h@282kW
Discharging time (Hours)
1h@508kW
System round trip efficiency (%)
up to 96.6%
DoD% (depth of discharge) (%)
90
Battery management system
Automotive grade BMS
Temperature control
Liquid cooling / PI heating film
Nominal Rated Power (kVA)
376 kVA
Overload Power (60s) (kVA)
470 kVA
Nominal Peak Power (10s) (kVA)
250 kVA
Cell chemistry
LiFePO4
Nominal capacity (kWh)
376
Effective capacity (kWh)
338.4
Recharging time (Hours)
2h@188kW
Discharging time (Hours)
1h@338kW
System round trip efficiency (%)
up to 96.6%
DoD% (depth of discharge) (%)
90
Battery management system
Automotive grade BMS
Temperature control
Liquid cooling / PI heating film
EnergyPack 500
