261kWh Single-Cabinet Energy Storage + Third-Party Grid-Tied Inverter Project in Vietnam

• Project Location: EVN Nghe An Building, Nghệ An Province, Vietnam

• Project Scenario: Office building of Nghệ An Electricity Company, Vietnam

• Energy Storage Equipment: SolaX TRENE, Model TRE261-2A

• Energy Storage Capacity: 261 kWh

• TRENE Rated Output Power: 125 kW

• Supporting Grid-Tied Inverter: Third-Party Grid-Tied Inverter, 100 kW

• Project Format: TRENE single-cabinet energy storage + third-party grid-tied inverter collaborative deployment

Project Overview

The project features a SolaX TRENE TRE261-2A Energy Storage System with a rated output power of 125 kW and a storage capacity of 261 kWh, paired with a 100 kW third-party grid-tied inverter. This single-cabinet configuration provides a compact and adaptable energy storage solution for the electricity utility's office building.

TRENE supports collaborative deployment with third-party grid-tied inverters, providing greater flexibility for projects with different system architectures, equipment configurations, and integration requirements.

With 261 kWh of energy storage capacity integrated into a single cabinet, the TRE261-2A offers a compact solution for C&I applications where space utilization and simplified deployment are important considerations.

The liquid-cooling system helps maintain stable battery operating conditions and supports efficient thermal management, contributing to reliable performance in demanding C&I energy storage applications.

Designed for diverse commercial and industrial applications, TRENE provides a scalable and adaptable energy storage solution that can accommodate different project configurations across emerging energy markets.

Project Significance

The deployment at the EVN Nghe An Building demonstrates the practical application of SolaX TRENE in a C&I environment and highlights its ability to integrate with third-party grid-tied inverter systems.

By combining a 261 kWh single-cabinet energy storage system with a 100 kW third-party grid-tied inverter, the project showcases a flexible approach to C&I energy storage deployment. It also demonstrates the adaptability of TRENE to different energy system architectures, supporting the growing demand for flexible and integrated energy storage solutions in Vietnam and other emerging markets.