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Taiwan 3.132 MWh / 1.5 MW Grid-Connected BESS

A grid-connected battery energy storage system in Taiwan

Project Overview

A 3.132 MWh / 1.5 MW grid-connected BESS in Taiwan, composed of six ~522 kWh / 250 kW liquid-cooled storage units with integrated combiner / control cabinets and related ESTS / UPS functions, unified by a self-developed EMS.

System Architecture

Layered architecture of storage units + combiner / control cabinet + self-developed EMS, coordinating grid-side and battery-side management with fast switching. Final topology per project documentation.

Energy Storage Configuration

3.132 MWh / 1.5 MW; six ~522 kWh / 250 kW liquid-cooled units; LFP cells (314Ah referenced in public data); IP54 (to be verified against final project data).

EMS & Control

Self-developed EMS for topology visualization, real-time monitoring, PCS / SOC tracking, control strategies and data analytics; manual charge / discharge and automatic / scheduled operation.

Monitoring & Data

Unit-level monitoring, PCS power and SOC tracking, revenue / operation analytics; communication with PCS, BMS, liquid cooling, smart meters (protocols per actual project config).

Key Engineering Capabilities

Demonstrates TAOKE integrated capability across hardware, embedded / edge computing, communication, industrial software, control and EMS — a real instance of monitoring/control to intelligent optimization.

Results / Performance

Public data mentions grid-to-battery switch time under 20 ms; other performance, revenue and client details follow the company’s final project data and are not fabricated on the site.

Note: the case page does not include unverified revenue figures, client names, project addresses, contract amounts or performance guarantees; parameters are verified against final project data.