BATTERY ENERGY STORAGE SYSTEM BESS-500kW/1045kWh

BATTERY ENERGY STORAGE SYSTEM

BESS-500kW/1045kWh

Rated Power

500KW Output & 1045KWh Battery

Made By Fresh

Grade A Cells

>8000 Cycles

@DOD 80%

Intelligent BMS With Advanced

Software Improves Performance

Cooling Method

Forced Air

Max Charging and

Discharging Power 500KW

Communication:

Ethernet/RS485, Modbus TCP/IEC61850/IEC104/Modbus RTU

Categories: , Product ID: 54910

Description

Overview:
MOTOMA BESS-500kW/1045kWh integrates a forced air-cooled battery system, a photovoltaic-storage hybrid system, an energy management system, fire protection, lightning protection, and grounding. The rated capacity of the system is 1045kWh. It features efficient renewable energy utilization, multi-energy coordinated control, seamless off-grid switching, economic optimization, emergency backup power, and flexible operational strategies tailored to customer needs. The system utilizes a three-level design with power quality management and an isolated transformer design, ensuring safe and reliable power supply for users. It is recommended for industrial and mining enterprises with poor power quality and for various flexible customer applications.

Battery Parameters:

NameParameterRemarks
Cell type[Ah]LFP-3.2V-314
Rated capacity [kWh]1045
Battery Nominal Voltage [Vdc]832
Battery Voltage Range [Vdc]728 ~ 936
Charging and discharging rate[CP]≤0.5
Cooling methodLiquid cooling
Fire extinguisher systemAerosolPerfluorohexane/Heptafluoropropane(optional)
Working temperature range[℃]-20 ~ +50
Storage temperature [℃]-20 ~ +45
Working humidity range[RH]0 ~ 95%No condensation
Cycle Life8000 Cycles @ DOD 80%
System communication interfaceEthernet/RS485
External system communication protocolModbusTCP/IEC61850/IEC104/Modbus RTU

 

System Parameters:

NameParameterRemarks
Nominal battery capacity[kWh]1045
PCS power rating[kW]500
Photovoltaic input power[kW]600
Load capacity1.500kW resistive load, 2. 300kW inductive loadThe motor is the most severe inductive load
Off-grid output voltage400Three phase four wire
Off-grid output frequency[Hz]50/60, ±2
And off-grid switching time[ms]20
Grid-connected voltage320~460
Grid connection frequency[Hz]50/60 adjustable
Extinguishing and protectionAerosolPerfluorohexane/Heptafluoropropane
Operating ambient temperature[℃]-20-45
Working environment humidity[RH]≤95%-20℃-45℃
Height[m]< 2000
Noise[dB]< 75(A)
Lightning protection levelLevel II
Ingress protectionIP54
Corrosion resistance gradeC3
Dimensions (W*D*H)[mm]6058*2438*2896C4 and C5 are Optional
Weight[kg]About 15,00020ft container
Battery system certificationIEC 62619, IEC 60730, CE-EMC
PCS attestationEN62477-1, EN61000-6-2, EN61000-6-4, etc
Maritime certificationClassification Society Certification, UN38.3, UN3536

 

Photovoltaic-Storage Hybrid System

AC parameter (on-Grid)Remarks
Maximum output power (kVA)550
Rated output power (kW)500
Nominal grid voltage (V)400
Power grid voltage range (V)320~460
Rated output current (A)722
Rated grid frequency (Hz)50/60
THDi<3%
Power factor1 Advance ~1 lag (can be set)
Alternating current system3W+N+PE
Isolation transformer ratio315/400
AC parameter (off-grid)Remarks
Maximum output power (kVA)550
Rated output power (kW)500
Nominal output voltage (V)400
Rated output current (A)722
THDuLinear ≤ 1%; or nonlinear ≤ 5%
Rated grid frequency (Hz)50/60
overload capacity110% for a long time, 120% for one minute
DCDCRemarks
Maximum PV input voltage (V)1000
Maximum PV power (kW)600
Number of MPPT modules5/6
MPPT Voltage range (V)250-850
MPPT Full load voltage range (V)450-850
Battery inputRemarks
Battery voltage range (V)500~950
Maximum charging power (kW)550
Standard parametersRemarks
Dimension W*D*H (mm)(600*720*2,050)*2+1600*1050*2050
Working environment temperature (℃)-30 ~ 55
Relative humidity0 ~95% no condensation
Noise (dB)<70
Maximum working altitude<3000 m
Cooling-down methodforced air cooling
Display screenLiquid crystal touch screen
CommunicationRS485,TCP/IP
Warranty10 Years

 

Main Features:

  • PV and energy storage integration, enabling customers to efficiently utilize renewable energy.
  • Three-level design with power quality management and low/high voltage ride-through capability, suitable for industrial and mining enterprises with poor power quality.
  • Multiple operation modes and control functions, supporting upper-level dispatching for flexible customer applications.
  • Built-in seamless on/off-grid STS switching and VSG function, with soft start and strong load-carrying capability.
  • Isolated transformer design, ensuring safe and reliable power supply for users.

Subscribe for the updates!