AIO Cabinet ECO-E261LP-2A 125kW/261kWh
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The Elecnova ECO-E261LP-2A is a high-performance integrated energy storage system (ESS) in a single cabinet ("all-in-one"), designed for commercial and industrial applications where both power and capacity are important. The system offers an energy capacity of approximately 261 kWh and an output power in the range of ≈ 125 kW (nominal) according to some specifications.
Important: Although the product page sometimes lists 100 kW as the “rated power,” the specification on greencorees.com lists “Rated Output Power 125 kW.”
Technical Specifications
DC side (battery side):
Cell type: LFP 314 Ah.
System capacity: 261.24 kWh.
Voltage range: 728 Vdc to 936 Vdc.
PACK ingress rating: IP65 (for battery module) and cabinet IP55.
Cycle life: ≥ 8,000 cycles (under good conditions).
AC side (mains side):
Nominal power: ~100 kW (according to official product page) or up to ~125 kW according to alternative source.
Maximum power: ~137 kW.
Nominal AC voltage: 400 Vac/3P+N+PE.
Harmonic distortion THDi: ≤ 3%.
Power factor: ≈ 0.98 (leading or following).
General:
Efficiency (round-trip): ≥ 89% or ≥ 90% depending on source.
Cooling: Active liquid cooling system for the battery modules. Temperature range: -25 °C to +55 °C (derating above certain temperature). Noise level: ≤ 75 dB.
Weight & Dimensions: Approximately 2,600 kg; Dimensions approximately 1,050 mm × 1,350 mm × 2,400 mm.
Expandability: Modular design, suitable for parallel connection of multiple units.
Features & Benefits
High energy and power density : 261 kWh in a single cabinet makes it suitable for applications where space is limited but capacity is required.
Advanced cooling : Liquid cooling with cell-to-cell temperature differential < 3 °C improves reliability and longevity.
Flexible scalability : Modular and suitable for parallel configurations, allowing for expansion or power scaling.
Good grid compatibility : Low harmonic distortion, adjustable power factor and standard AC grid configuration.
Robust safety : Complies with international standards such as UN38.3, IEC62619, and UL9540A. IP55-rated enclosure and IP65 modules.
Such systems are ideal for:
Commercial or industrial buildings with a need for peak shaving or load shifting.
Renewable energy installations (solar/wind) where storage is required to accommodate production and release it later.
Situations with space limitations where a compact storage system is required.
Backup or emergency power supplies within the power class ~100-125 kW.
Aggregation or Virtual Power Plants (VPP) where multiple units are combined.
The integrated EMS automatically optimizes consumption, storage, and grid load. In the event of a power outage, the system switches to backup power within ≤10 ms.
With a built-in EMS (Energy Management System), support for peak shaving, and flexible charge and discharge settings, energy balance is automatically adjusted to consumption, grid status, and storage.
With an IP66 enclosure, silent passive cooling, and real-time monitoring via app or WiFi, the inverter offers reliability, ease of use, and minimal maintenance requirements.
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