Energy Storage Built for Real Projects

TIANCHU delivers lithium battery energy storage systems engineered for safe, reliable operation, with integrated BMS, PCS, and EMS capabilities for C&I, microgrid, and utility-scale projects.

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From Project Requirements to Engineering Decisions, Configured for Your Project

Use engineering methods to define application requirements, system topology, equipment selection, and delivery boundaries for safe, reliable, long-term operation.

PROJECT CONDITIONS
SYSTEM CONFIGURATION
Energy storage applications from residential to utility scale

From kWh to MWh+: System Capacity That Scales with Your Project

A unified engineering platform for energy storage projects at every scale.

Residential Energy Storage System
5–30 kWh

Residential Energy Storage System

Home Backup / Small-Scale Applications

C&I Energy Storage Cabinet
100–500 kWh

C&I Energy Storage Cabinet

Integrated Single-Cabinet System

Liquid-Cooled Multi-Cabinet ESS
500 kWh–5 MWh

Liquid-Cooled Multi-Cabinet ESS

Campus / Distributed Energy Storage

DC Block Standard Unit
5–20 MWh

DC Block Standard Unit

Standardized Utility-Scale Configuration

Multi-Block BESS
20 MWh+

Multi-Block BESS

Utility-Scale Energy Storage Projects

BATTERY PLATFORM

Battery System Platform

Battery System Platform
  • Cell
  • Module
  • Pack
  • Rack
  • High-Voltage Battery System
POWER & CONTROL

Power Conversion & Control Platform

Power Conversion & Control Platform
  • PCS
  • BMS
  • EMS
  • Local Controller
  • Power Distribution System
THERMAL & SAFETY

Thermal Management & Safety Platform

Thermal Management & Safety Platform
  • Liquid Cooling
  • HVAC
  • Fire Protection
  • DC Protection
  • MV Interface

How the System Detects, Assesses, and Responds

A concise safety response loop connects cell monitoring, BMS assessment, power control, rack isolation, fire protection standby, verification, and EMS / Cloud event records.

Open BESS system with battery racks, control cabinet and fire suppression system
BMS Control Cabinet
Battery Pack / Cell
PCS Power Conversion System
Liquid Cooling System
Fire Detection & Suppression System
EMS / CLOUD
01
DETECT

Detects abnormal temperature rise.

Detected
02
ASSESS

BMS assesses risk severity.

Confirmed
03
CONTROL

Limits charge/discharge power.

Limited
04
ISOLATE

Isolates the affected rack.

Isolated
05
PREPARE

Fire system enters standby.

Standby
06
VERIFY

Monitors recovery and temperature.

Stabilizing
07
RECORD

Logs event data to EMS / Cloud.

Logged
Event Occurs
System Responds
Risk Controlled
Safe Recovery

Real Projects. Traceable Delivery Evidence.

From solution engineering and manufacturing validation to site installation and grid connection, every critical stage is documented to provide a traceable project delivery record.

C&I Energy Storage Project
BESS Solution Design
01Solution Design
Energy Storage System Manufacturing
02Manufacturing
BESS Factory Acceptance Test
03Factory Acceptance Test (FAT)
BESS Site Installation
04Site Installation
BESS Commissioning and Grid Connection
05Commissioning & Grid Connection
BESS Operations Monitoring
06Operations Monitoring
More Projects
01
2.61 MWhC&I Energy Storage
02
5.064 MWhC&I Energy Storage
03
10.128 MWhC&I Energy Storage
04
20.256 MWhGrid-Scale BESS
05
OEM / ODMCustom Solutions
Validated in Real OperationStable operation with traceable key data.
Engineering-Based DeliveryStandardized processes with critical stages under control.
End-to-End TraceabilityComplete records and accessible delivery documentation.
Reliable System OperationSystem operating status is continuously monitored and validated.

Controlled from System Design Through Manufacturing Validation

Configuration, interfaces, manufacturing, testing, and delivery are managed as one engineering process, making every energy storage system manufacturable, verifiable, and traceable.

Digital engineering BESS model
Digital Engineering DesignDefine the System Before Manufacturing Begins
System Modeling
Electrical Topology
Configuration & Interfaces
Bill of Materials (BOM)
Simulation & Validation
Controlled battery energy storage manufacturing
Standardized ManufacturingControlled Processes. Traceable Quality.
01
Module
02
Battery Pack
03
Rack Integration
04
System Integration
05
Final Assembly
Pack assembly
Module AssemblyCells / Modules / BMS
Rack integration
Rack IntegrationHigh Voltage / Communications / Liquid Cooling
System assembly
System IntegrationPCS / EMS / Fire Protection / Thermal Management
BESS system validation and factory acceptance test
System ValidationVerify Critical Functions and Protection Logic
Factory Acceptance Test (FAT)
Electrical Test
✓Passed
Communication Test
✓Passed
Charge / Discharge Test
✓Passed
Protection Logic Test
✓Passed
EMS / BMS / PCS Integration Test
✓Verified
Delivery StatusRelease Criteria Met

A Closed-Loop Service Process from Remote Diagnostics to On-Site Recovery

Digital monitoring connects remote support, service ticket management, spare-parts support, on-site service, and system upgrades into a complete lifecycle service process.

SERVICE CASE /#SRV-2608-018
Site
C&I ESS / Station 03
Status
Recovered
Issue
Rack 03 Communication Loss
System ID
TC-BESS-2608-04
Energy storage container
01

Detect

10:23

Communication Alarm
Rack 03 Offline

02

Diagnose

10:26

Remote Diagnostics
Gateway Communication Fault

03

Work Order

10:31

Service Ticket Created
Priority: P2

04

Remote Action

10:42

Remote Reset
Result: Not Recovered

06

Verify

15:05

Communication StatusNormal

Rack StatusOnline

EMS DataRestored

07

Close & Review

15:18
Case Closed

Root Cause
Connector Failure

Knowledge Base
Updated

Remote Technical Support
Remote monitoring center
On-Site Technical Service
Field service engineer
Spare Parts Management
Spare parts warehouse
Preventive Maintenance
Preventive maintenance engineer
System Upgrades
Energy storage system upgrade
Technical Training
Technical training

We support energy storage systems throughout their lifecycle to maintain safe, efficient, and reliable operation.

Physical and Digital Systems, Working in Sync

Connect site equipment, digital twins, and the EMS cloud platform to unify operating status, control strategies, and service records through real-time data and coordinated control.

Physical energy storage station connected with digital twin system
SYSTEM ID
TC-BESS-2608-04
DATA STREAM
Monitor
Assess
Act
Verify

24-Hour Operating Trend

Power & SOC Overview

POWER (MW)
SOC (%)
00:0006:0018:0024:00CHARGEChargePV ABSORBPV AbsorbPEAK SHAVEPeak ShaveDISCHARGEDischarge4.02.00100%50%0%00:0004:0008:0012:0020:0024:00

Start Your Energy Storage Project

Submit your project power, energy capacity, grid connection conditions, and application requirements. We will support preliminary system selection and solution evaluation.

TIANCHU energy storage system project site
Reliable Delivery. Ongoing Support.

From System Delivery to Long-Term Value

From solution design and manufacturing validation to installation, commissioning, and lifecycle O&M, we provide continuous support for reliable energy storage system operation.

Reliable Engineering
Integrated Solutions
Project Validation
Global Support
Sustainable Value
Testing, Certification & Technical Documentation SupportFor different target markets and project requirements, TIANCHU can support OEM / ODM customers with product testing, certification adaptation, and preparation of required technical documentation.

Product Testing, Certification & Compliance

  • UL
  • IEC
  • CE
  • CB
  • UN38.3

Management Systems

  • ISO 9001
  • ISO 14001
Digital energy network

Ready to Start Your Project?

Let us turn your project requirements into a reliable energy storage solution.

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