1 MW / 1.2 MWh Containerized Battery Energy Storage System in Türkiye

At a project site in Türkiye, the delivery team positioned an EnerCube P1000C1204 beneath container-handling equipment during the indoor handling stage. The project photo shows the 20-foot high-cube enclosure, its front fan array and control panel, and two people alongside the equipment. Penny is the COENG account manager and the point of contact for project coordination and after-sales requests.

An 18,500 kg container measuring 6,058 * 2,438 * 2,896 mm makes site access an early coordination item. The delivery route and final position need to accommodate the enclosure and leave room for ventilation, door opening and maintenance. The front fan array and control panel visible in the project photo show why access at that end matters even after the container is in place.

A BESS project checklist for EPC teams covers delivery access, placement, cable entry and the division of responsibilities between electrical commissioning and site operations. Penny is the COENG contact for coordinating the product documentation and technical questions that come out of this review.

1 MW AC output with a modular LFP battery. The 1 MW PCS for battery energy storage uses a 400 V AC, three-phase, three-wire interface on the PCS side. The 1,204 kWh battery system uses 280 Ah LiFePO₄ cells in six clusters, with seven modules per cluster. The EnerCube platform supports 1C charge and discharge. For project sizing and acceptance, use the 1,000 kW rated AC output and agree on the operating limits and test conditions for the site.

Separate cooling and protection for each compartment. The IP55 battery compartment uses HVAC, and the IP54 electrical compartment uses forced-air cooling. The battery design includes inter-cluster isolation. The specified fire alarm system and FM200 suppression are inputs to the site's BESS fire suppression design review, alongside alarm interfaces and local requirements.

Communications for site integration. Ethernet and RS485 interfaces support Modbus TCP/IP and Modbus RTU. For EMS/SCADA integration via Modbus, the commissioning team can use the agreed point list to check readings, alarm signals and control permissions before handing the system to operations.

Penny is the first contact for the project team. The proposed support scope can be agreed with COENG and the local EPC team at handover.

The model specification lists a five-year warranty with an option to extend to ten years, subject to the agreed commercial terms.

Planning a commercial and industrial energy storage system? Share your target AC power, battery capacity, site access constraints and EMS requirements with Penny to request a configuration review and a project quotation.