HYBRID Cabinet ECO-E100/120WP

The ECO-E100/120WP is an all-in-one energy storage system (ESS) from Elecnova, designed for commercial or industrial applications. It combines battery storage, energy management system (BMS/EMS), inverter/PCS, and cooling/enclosure in a single integrated unit.
The storage capacity is around 120 kWh, with a power output of approximately 100 kW. It follows the same format as other ECO series models, such as the ECO-E100WX or ECO-E101WX.

DC side (battery):

• Cell type: LFP (Lithium-Iron-Phosphate)

• System voltage: high voltage DC (comparable to ~700-950 Vdc on other 100 kW class models)

• Energy capacity: ~120 kWh (given the “120” in the type designation)

• Depth of discharge (DoD): high, often ~95% at 25 °C.

• Cycle life: several thousand cycles (typically ≥ 5,000)

AC side (mains):

• Nominal AC power: ~100 kW

• Mains voltage: 400 V AC / 3P + N + PE (like other models in the same series)

• Harmonic distortion (THDi): low (≤ 3%)

• Power factor: widely applicable, possible -1 to +1

General & mechanical:

• Enclosure: “all-in-one” cabinet, integrated BMS/EMS, thermal management (air cooling or other)

• Protection degree: probably IP55 or similar (like other models)

• Cooling: Forced air cooling (probably)

• Temperature range: about –25 °C to about +55 °C when comparable with other models

• Weight and dimensions: estimated to be in the same range as other ~100 kW/100–120 kWh models (e.g. several thousand kg, footprint ~1–2 m²)

Features

• Fully Integrated System : The “all-in-one” design integrates battery, inverter/PCS, BMS/EMS and cooling/protection into a single unit, making installation easier.

• Suitable for C&I applications : With ~100 kW of power and ~120 kWh of storage capacity, it is suitable for peak-shaving, load shifting, renewable energy integration, and potentially backup applications.

• Modular design & expandability : Multiple units may be able to operate in parallel for increased capacity/power, depending on manufacturer support.

• Grid compatibility : Low harmonic distortion, good power factor and integration with commercial/industrial grids.