| Product Number | ES-15000 |
|---|---|
| AC output power from inverter | Voltage 1: 380V / 400V ±10% Voltage 2: 220V / 230V ±10% Current: 3 x 21.8A Waveform: Pure sinus Frequency: 50 / 60 Hz Power: 15kW (90kW / 6 in parallel) |
| AC Output Peak | 33kW /45kW |
| AC Charging | 230V / 380V |
| DC charging | 30A / 30A |
| Output Power Peak | 33kW /45kW |
| Battery capacity and type | 33kWh (189kWh / 6 in parallel) LiFePo4 |
| Plugs | 3 CCE (2 output / 1 input) |
| Built-in Solar Regulator | Yes |
| Solar Input | 160 - 950V nominal voltage Start-up Voltage: 180V |
| Communication | Supports 4G LTE |
| Operating temperature | -20 °C to +50 °C |
| Storage temperature | -40 °C to +75 °C |
| Weight | 670 kg |
| Dimensions | 1040 x 1092 x 1157 mm (LxWxH) |
| Dangerous Goods | Yes |
| Certifications | CE - EMC UN 38.3 IP54 (Relays IP67) EN50549 G99 VDE-AR-N 4105 IEC62109, NB/T 32004 IEC61000, NB/T 32004 IEEE 1547, NB/T 32004 AS4777.2 |
ES-15000 Energy System 230V AC / 400V AC / 15kW / 33kWh
ES-15000
ES-15000 Energy System 230V AC / 400V AC / 15kW / 33kWh
The ES-15000 Mobile Energy System from AWILCO is a high-performance, fully integrated battery energy storage solution.
The energy system is engineered for demanding temporary and mobile power applications.
Designed around advanced lithium battery technology, the system delivers stable three-phase output and is suitable for both grid-connected and off-grid operation.
With a rated power capacity of 15 kW, the ES-15000 provides reliable energy for construction equipment, temporary installations, emergency backup, and industrial operations. The integrated inverter and intelligent energy management system ensure precise voltage and frequency regulation, making the unit suitable for sensitive electronic loads as well as high inrush current equipment.
More info:
More about the product
The ES-15000 Mobile Energy System from AWILCO is a high-performance, fully integrated battery energy storage solution.
The energy system is engineered for demanding temporary and mobile power applications.
Designed around advanced lithium battery technology, the system delivers stable three-phase output and is suitable for both grid-connected and off-grid operation.
Providing reliable high-performance energy
With a rated power capacity of 15 kW, the ES-15000 provides reliable energy for construction equipment, temporary installations, emergency backup, and industrial operations.
The integrated inverter and intelligent energy management system ensure precise voltage and frequency regulation, making the unit suitable for sensitive electronic loads as well as high inrush current equipment.
Heavy-duty battery performance
The battery system of the ES-15000 is designed for sustained high-load operation with stable voltage under dynamic demand and high inrush currents. Its lithium platform supports deep cycling, long service life, and fast recharge, while the integrated BMS and thermal management system ensure safe, consistent performance in demanding professional applications.
The ES-15000 furthermore supports automatic charging – or start/stop of generators – when the battery is low.
Scalable energy solutions for growing needs
The ES-15000 from Awilco is built for flexibility and growth. Users can easily expand their energy capacity by connecting up to six batteries in parallel, ensuring storage potential keeps pace with increasing demands.
For even greater customisation, up to six cabinets can be connected together to deliver up to 90 kW / 198 kWh, allowing you to design a tailor-made energy solution that perfectly suits their unique power requirements.
Robust alternative to diesel generators
Engineered for mobility, the ES-15000 features a compact, transport-optimized enclosure that enables fast deployment in the field.
Its low-noise and zero-emission operation make it a technically superior alternative to conventional diesel generators, particularly in noise-sensitive or environmentally regulated environments.
The ES-15000 is suitable for integration with renewable energy sources such as solar PV systems and can operate as part of a hybrid energy setup. Its modular and scalable design allows it to meet evolving power requirements across industrial, commercial, and infrastructure applications.




















