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IP54 Outdoor Container Energy Storage 500kW 2h Full Power Discharge Industrial Solar Battery Storage Unit

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IP54 Outdoor Container Energy Storage 500kW 2h Full Power Discharge Industrial Solar Battery Storage Unit

IP54 Outdoor Container Energy Storage 500kW 2h Full Power Discharge Industrial Solar Battery Storage Unit
IP54 Outdoor Container Energy Storage 500kW 2h Full Power Discharge Industrial Solar Battery Storage Unit

Grande immagine :  IP54 Outdoor Container Energy Storage 500kW 2h Full Power Discharge Industrial Solar Battery Storage Unit

Dettagli:
Luogo di origine: Cina
Marca: Kuoman
Numero di modello: 215KW
Termini di pagamento e spedizione:
Quantità di ordine minimo: 1
Prezzo: USD1-100/pcs
Imballaggi particolari: imballaggio internazionale standard in cartone
Tempi di consegna: generale due settimane, più quantità in base alla quantità esatta
Capacità di alimentazione: 10000 pezzi/mese

IP54 Outdoor Container Energy Storage 500kW 2h Full Power Discharge Industrial Solar Battery Storage Unit

descrizione
Temperatura operativa: Da -20°C a 50°C Ciclo di vita: 10,000 Cicli
Dimensioni: 1150 mm x 755 mm x 1550 mm Capacità Nominale: 144A
Capacità: 100 KWh Protocollo di comunicazione: Modbus, CAN ed Ethernet
Potenza in uscita: 250 chilowatt Peso: 1200 chilogrammi
Efficienza: 90% Voltaggio nominale: 400 V (320 ~ 460 V)
Energia nominale: 215KWH Tensione nominale: 768v
Evidenziare:

IP54 outdoor solar battery storage

,

500kW industrial energy storage unit

,

2h full power discharge battery

IP54 Outdoor Container Energy Storage 500kW 2h Full Power Discharge Industrial Solar Battery Storage Unit
IP54 Outdoor Container Energy Storage System
Product Features
Simple & Flexible Design
  • Standardized containerized architecture for easy expansion, installation, and maintenance
  • Independent air duct design ensures stable, efficient operation and optimized thermal performance
Abundant Configuration Options
  • Diversified equipment capacity selections to match specific project power and energy requirements
  • Seamless integration with remote monitoring systems for real-time performance tracking
Safe & Reliable Operation
  • Built-in battery management system (BMS) with comprehensive thermal management to protect battery health
  • Enhanced fault classification protection mechanisms to minimize downtime and ensure operational safety
Product Advantages
Advantage Benefit
Flexible Deployment Containerized form factor allows quick transport and installation, ideal for temporary or remote sites
High Efficiency Low THDi (<3%) and precise power factor control reduce energy losses and improve grid compatibility
Long-Term Reliability Advanced BMS and thermal management extend battery life and minimize maintenance requirements
Scalability Standardized design supports easy capacity expansion to meet growing energy demands
Environmental Resilience Operates in extreme temperatures (-30°C to 55°C) and high altitudes, suitable for global deployment
Application Scenarios
  • Renewable Energy Integration: Store excess solar/wind energy and dispatch it during peak demand to stabilize grid output
  • Grid Peak Shaving: Reduce peak power consumption to lower utility costs and alleviate grid congestion
  • Backup Power & Microgrids: Provide reliable emergency power for critical infrastructure (data centers, hospitals, industrial facilities) during outages
  • Frequency & Voltage Regulation: Support grid stability by providing fast-response frequency and voltage control
  • Remote & Off-Grid Sites: Deliver consistent power to remote industrial sites, mining operations, and rural communities
Energy Storage System Application
Frequently Asked Questions
What is the full-power runtime of the ESSC0500A-1106?
The system supports 2 hours of continuous operation at full rated power (500kW) with its 1.106MWh battery capacity.
What communication protocols does the system support?
  • BMS communication: RS485 / CAN
  • EMS communication: RS485 / TCP/IP
What is the operating temperature range?
The system can operate reliably in temperatures from -30°C to 55°C, making it suitable for extreme climate conditions.
What is the maximum working altitude of the energy storage system?
The maximum applicable altitude is 4500 meters; power derating is required when operating above 3000 meters to guarantee safety.
What cooling methods are used for batteries and PCS respectively?
PCS adopts intelligent temperature-controlled air cooling; battery compartment uses independent air conditioning cooling to balance internal temperature uniformly.

Dettagli di contatto
KUOMAN INDUSTRY LIMITED

Persona di contatto: Mr. Lily

Telefono: 18363367612

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