HT40FT-1MW/2MWH-EC

40FT Containerized ESS 1MW 2MWH

1MW

Battery Cpacity

2007.04KWH

Inverteur hybride

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clé Caractéristiques

Modularité et Éscalabilité

Les systèmes en conteneurs sont pré-assemblés et standardisés, ce qui permet un déploiement et une expansion faciles en ajoutant plus d'unités au besoin.

Économie

L'intégration en usine réduit le temps de construction sur place et les coûts de main-d'œuvre, tandis que les composants normalisés simplifient la maintenance.

Portabilité et Flexibilité

Leur conception compacte et mobile permet un transport et une installation rapides dans divers endroits, y compris des sites éloignés ou temporaires.

Protection robuste

La structure du conteneur fermé offre une sécurité améliorée, une résistance aux intempéries et une gestion thermique pour les systèmes de batteries sensibles.

Mécanique Paramètres

System Diagram

Modèle	HT20FT-0.5MW/1MWH-EC	HT40FT-1MW/2MWH-EC
DC Battery Data
Type de cellule	Prismatic LFP
Cell brand	HIGEE/EVE/REPT/CORNEX
Cell Life Cycles	≥6000(25±2℃/0.5C/EOL70%
Cell Specs.	3.2V/280Ah
Energy of Each Cluster	200.704kWh
Number of Cluster	5	10
DC Rated Energy Capacity	1003.52KWH	2007.04KWH
Battery Rated Voltage	716.8V
Battery Voltage Range	627.2V-795.2V
Courant de charge/décharge	160A
Température de travail	Charge: 0～55℃ / Discharge: -20～55℃
Mode d'installation	Rack-monté
Certification	CE IEC62619 UN38.3
BMS Communication Interface	Ethernet, CAN, RS485
BMS Communication Protocol	Modbus RTU, Modbus TCP
AC Data
Rated AC power	500KW	1MW
Rated AC Voltage	220/230/380/400/415/440/480VAC 3PH
Nominal Grid Frequency	50/60Hz
Connexion AC	500-850
AC PF	1 leading ~ 1 lagging
Output THDi	≤3%
Température de fonctionnement (℃)	- 30 à 55
PV MPPT Voltage Range (V)	250-850
BMS Communication	RS485, CAN
General Data
Dimension W/O Clearances (LWH)	605825912438mm	1211624382896mm
Weight of Whole System	15230KGS	30460KGS
Degree of Protection	IP54
Operating Temperature Range	-20~65°C
Relative Humidity	0~95% (non-condensing)
Max. Working Altitude	6000m (derate over 3000m)
Cooling Concept of DC Hatch	HAVC
Cooling Concept of PCS Hatch	Forced air cooling for power electronics. Air conditioned for battery system
Fire Extinguisher System	HFC bottle group
Air Conditioner & Fire Fighting	Included
Communication Interfaces	RS485, Ethernet, GPRS
Communication Protocols	Modbus RTU, Modbus TCP

Disposition intérieure du conteneur

High Power & Energy Density – Combines 2pcs 500KW hybrid inverters with 2007.04KWh lithium battery storage in a compact 40FT container, maximizing space efficiency.

Intégration tout-en-un –Pre-assembled and pre-tested for plug-and-play deployment, reducing installation time and costs.

Hybrid Inverter Technology – Supports grid-tied, off-grid, and backup power modes, enabling seamless transition between solar, battery, and grid power.

Scalable Design – Flexible capacity expansion options to meet growing energy demands.

Advanced Battery Management System (BMS) – Ensures optimal performance, safety, and longevity of the lithium battery system.

Gestion intelligente de l'énergie – Compatible with energy monitoring and remote control for efficient load balancing and peak shaving.

Robust & Weatherproof – Designed for harsh environments with thermal management (cooling/heating) and IP-rated protection.

Fast Response & Grid Support – Provides frequency regulation, voltage stabilization, and black start capability.

Produits Détails

PCS、BMS、EMS Integrated

Support PV, BAT, DG and GRID access
Automatic switching between on/off-grid
Support forklift and hoisting transportation
Event and Caution Alarm
Multiple Protections
Real time and History Data Accumulation
Dual Working Power Support

Containerized Battery Energy Storage System

High Energy Density & Scalability – 1MW power output with 2MWh capacity in a standardized 40ft ISO container, optimized for space efficiency and rapid deployment
Applications:
Renewable Energy Smoothing (Solar/DG + Storage)
Peak Demand Charge Reduction (C&I Power Cost Savings)
Microgrid & Off-Grid Power Supply
Utility-Scale Frequency Regulation

Débugage du système

Functional Checks: Verifying battery management, inverter operation, and system communication
Performance Testing: Confirming energy storage capacity, charge/discharge efficiency, and grid interaction
Safety Inspections: Testing fault protection, insulation, and thermal management
Simulated Conditions: Validating system stability under real-world load and weather scenarios

Why Choose HITEK ENERGY?

✔ Industry-Leading Efficiency — Advanced MPPT & hybrid inverter technology

✔ Reliable 24/7 Power — Seamless transition between energy sources

✔ Low Maintenance & Durable — Premium lithium batteries with a 10+ year lifespan

✔ Smart Energy Management — Real-time monitoring & adaptive performance

At HITEK ENERGY, your satisfaction is our top priority. We use ONLY Reliable Approved Solar Equipments.

HITEKESS Real Cases

Liens Produits

20KW + 40KWH HY_N

1MW ON GRID_N

40FT Container_N

100KW 215KWH Solar System

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