1MW / 2MWh Containerized Hybrid Energy Storage System

1MW / 2MWh Containerized Hybrid Energy Storage for Microgrids

The Eneruvo 1MW / 2.058MWh containerized hybrid energy storage system is designed for commercial and industrial energy storage, solar-plus-storage projects and microgrid power applications. Combining a high-capacity LFP battery system with a 1MW hybrid inverter and a configured 1.2MW PV input system, it provides an integrated platform for flexible power management 1MW 2MWh energy storage system

Integrated Solar and Battery Storage

With 2,058kWh of nominal battery energy and up to 1,200kW of connected PV power, the system is designed to support large-scale solar energy integration and energy storage. The external MPPT controller configuration enables PV input to be integrated into the system architecture.

Flexible Microgrid Operation

Designed for grid-connected and off-grid applications, the system supports flexible operating modes for facilities that require improved energy resilience, renewable energy utilization and backup power capability. Final operating modes depend on the approved system configuration and project requirements.

Containerized System Integration

The system is housed in a standard 40-foot high-cube container, integrating the battery system, power conversion equipment and associated control components. Its containerized architecture helps simplify transportation, on-site installation and project integration.

Designed for Commercial and Industrial Applications

Typical applications include industrial facilities, commercial buildings, solar power plants with energy storage, remote facilities and distributed microgrids. System sizing and configuration can be adapted to project-specific power demand, PV generation, backup requirements and grid conditions.

Technical Support from Eneruvo

Eneruvo provides configurable commercial and industrial energy storage solutions for overseas project developers, EPC contractors, system integrators and distributors. Contact our team to discuss project requirements, system configuration and technical documentation.

Battery System

Parameter	Specification
Battery Chemistry	Lithium Iron Phosphate (LFP)
Cell Capacity	314Ah
Charge / Discharge Rate	0.5C
Battery Pack Configuration	16.077kWh, 1P16S
Number of Battery Packs	128
Nominal Battery Energy	2,058kWh

Hybrid Inverter — AC Specifications

Parameter	Specification
Rated AC Power	1,000kW (2 × 500kW)
Rated AC Voltage	400V
Rated Frequency	50 / 60Hz
Rated AC Current	1,444A (2 × 722A)
Grid-Connected Current THD (THDi)	<3%
Power Factor	>0.99
Grid / Off-Grid Switching Time	<20ms
Off-Grid Output Voltage THD (THDu)	<3% under linear load

Main System Specifications

Parameter	Specification
Container Type	40-Foot High-Cube Container
Dimensions (L × W × H)	12,192 × 2,438 × 2,896mm
System Weight	<26,000kg
Operating Temperature	-30°C to +50°C
Derating	Derating above 40°C
Enclosure Protection	IP54
Cooling Method	Intelligent Air Cooling

External 120kW MPPT Controller — Input

Parameter	Specification
Maximum Connected PV Power	1,200kW system-level configuration
MPPT Voltage Range	200–900V
Full-Load MPPT Voltage Range	560–900V
Maximum PV String Current	20A per branch
PV Input Branches	12 (confirmation required)
Number of MPPTs	4
MPPT Current per Channel	55A

External 120kW MPPT Controller — Output

Parameter	Specification
DC Output Voltage Range	600–950V
Rated Output Current	168A
Rated Output Power	120kW
Enclosure Protection	IP65
Cooling Method	Intelligent Air Cooling
Dimensions (W × D × H)	610 × 480 × 260mm
Weight	25kg
Communication Interface	RS485