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Commercial Battery Storage for Solar Energy

Commercial Battery Storage of Solar Energy is necessary in order to optimize the utilization of power by storing the surplus power that can be used in later periods in order to sustain the power flow and minimization of electricity expenditures. The Industrial Battery Energy Storage Systems are developed to serve the large-scale operation that would balance the energy demand, enhance the stability of the grid, and increase the efficiency of the energy. These sophisticated storage systems assist business and industrial sites to deal with peak loads, lessen their reliance on traditional sources of power and attain sustainability objectives, and deliver dependable and sustained energy output.

Applications of Industrial Battery Energy Storage Systems

  • Commercial Buildings:Commercial Battery storage to Solar energy offers offices, malls, hospitals, and learning institutions backup power and saves on peak electricity fees.
  • Manufacturing Units:Industrial Battery Energy Storage Systems assist factories to stay active in case of power interruptions and failure.
  • Renewable Energy Integration: In these types of systems, excess solar energy is stored and emitted at the time of low generation to maximise the use of renewable energy.
  • Data Centers: Sensitive equipment is guaranteed of reliable power supply with the help of Industrial Battery Energy Storage Systems which safeguards downtime.
  • Grid Support and Peak Shaving: Battery storage is a commercial tool to stabilize the grid and effectively control high energy demand.
Commercial Battery Storage for Solar Energy
30kWh - 1MWh
Commercial Battery Storage for Solar Energy

Modular

Commercial ESS System Manufacturer

High Voltage Matching

industrial battery energy storage systems

Communication

battery energy storage system companies in India

Intelligent

commercial

Industrial Battery Energy Storage Systems

Model Name GRE-ESS-LC24 GRE-ESS-LC135
DC Parameter
Cell Type LFP (3.2V 100Ah) LFP (3.2V 314Ah)
Battery Pack Configuration 1P15S / 15 kWh 1P15S / 15 kWh
Battery System Configuration 1P75S (5 × 1P15S) 1P135S (9 × 1P15S)
Rated Battery Voltage 240 V 432 V
Battery Voltage Range 210 V – 270 V 378 V – 486 V
Nominal Capacity(kWh) 24 kWh 135.6 kWh
Depth of Discharge (Max / Recommended) 100% / 90%
Rated Power 12 kW 67 kW
Charge and Discharge Rate ≤ 0.5P
Number of Cycles 6000
Protection Level IP54
Heat Management Natural Cooling
Operating Temperature Range -20°C~50°C (>45°C need to derating)
Operating Humidity Range 0 ~ 95% (No Condensation)
Storage Temperature Range -30°C ~ 60°C
Altitude ≤3000m (2000m need to derating)
Noise < 75 dB < 80 dB
Weight 2500 kg 1600 kg
Size (Width * Depth * Height) mm Approx 759 × 650 × 1300 1200 × 800 × 1700
Cable Entry Mode Cables enter and exit from the bottom
Communication Interface RS485 / Ethernet / CAN
Communication Protocol Modbus RTU / Modbus TCP
All-in-One Solutions (Inbuilt PCS) Yes

High Voltage Battery Energy Storage (C&I BESS)

Model Name GRE-BESS-CI-241 GRE-BESS-CI-261
DC Parameter
Cell Type LFP (3.2V 314Ah) LFP (3.2V 314Ah)
Battery Pack Configuration 1P48S / 43 kWh 1P52S / 52.25 kWh
Battery System Configuration 1P240S (5 × 1P48S) 1P260S (8 × 1P52S)
Rated Battery Voltage 768 V 832 V
Battery Voltage Range 672 V – 864 V 728 V – 936 V
Nominal Capacity 241 kWh 261.2 kWh
Discharge Depth (Max / Recommended) 100% / 90%
AC Parameter (PCS)
Rated Power 100 kW 125 kW
Maximum Output Power 110 kW 137.5 kW
Rated Grid Voltage 400 V 400 V
Allowable Grid Voltage -15% ~10% -15% ~15%
Rated Grid Frequency 50Hz / 60Hz
Power Factor Range -1 (look-ahead) ~ 1 (hysteresis)
AC Current Harmonics < 3%
AC Access Mode Three-phase and three-wire
Charge and Discharge Conversion Time < 100 ms
System Parameter
System Efficiency > 88%
Isolation Mode Non-isolated
Charge and Discharge Rate ≤ 0.5P
Number of Cycles 8000
Protection Level IP54
Heat Management Liquid Cooling
Fire Protection System Fire-fighting host + Multi-in-one detector + Perfluorohexanone extinguishing agent + Water fire-fighting (optional)
Operating Temperature Range -20°C~50°C (>45°C need to derating)
Operating Humidity Range 0 ~ 95% (No condensation)
Storage Temperature Range -30°C ~ 60°C
Altitude ≤ 3000 m (Above 2000 m requires derating)
Noise < 75 dB < 80 dB
Weight 2500 kg 2800 kg
Size (W × D × H) 1400 × 1360 × 2200 mm 1480 × 1350 × 2205 mm
Cable Entry Mode Cables enter and exit from the bottom
Communication Interface RS485 / Ethernet / CAN
Communication Protocol Modbus RTU / Modbus TCP

FAQs – Commercial Battery Storage

Commercial Battery storage is a solar energy storage system that stores the surplus power produced during the day and makes it available when required cuts down on energy expenses and enhances power availability.
The Battery Energy Storage Systems in industries hold the electrical energy in large capacity batteries and discharge them in times of peak demand, when electricity is unavailable, or when the sun is not producing power.
The main advantages are the savings on energy costs, the continuity of the power supply, the increase in energy efficiency, the decrease of carbon footprint, and the enhancement of integration of the renewable energy sources.
Indeed, IBESS are designed to suit the high-power and energy requirements of large commercial and industrial buildings.
Absolutely. Commercial Battery Storage of Solar Energy: This can be used to lower the peak demand fees and enable companies to utilize the stored solar energy as opposed to costly grid power.
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