Integrator-led project matching

Rack Battery Integration Solutions

Requirement discovery for integrators and engineering teams defining the DC architecture, controls, power conversion and wider system boundary.

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Why rack ESS

A practical format for system-oriented buyers

Rack-based storage can provide configuration flexibility where batteries, controls, power conversion and balance-of-system equipment are planned as a complete project.

Structured integration direction
Project-oriented capacity planning
Organized inspection and service access
Model-dependent private-label potential

TiantaiTech 215 kWh catalog rack battery system

Integrator brief

Define the rack around the wider system

Rack selection depends on the DC architecture, current, enclosure, controls and power-conversion scope. These inputs prevent an incomplete quotation.

Required rack energyTarget kWh per rack or bank

DC architectureNominal and operating voltage

Current requirementContinuous and peak current

Module configurationSeries/parallel design boundary

BMS interfaceCommunication and protocol scope

PCS or inverterBrand, model and firmware

Installation envelopeSpace, weight and access limits

Destination marketEnvironment and required documents

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Catalog families

Two rack directions for project matching

Catalog energy identifies the family only. The final technical offer must confirm DC voltage, current, BMS, PCS compatibility, environment, dimensions and destination-market evidence.

172 kWh family

Rack Battery System

Modular front-access architecture shown from two service angles.

215 kWh family

High-Capacity Rack

Dense modular cabinet direction for integrator-led system evaluation.

DC rangeModel datasheetCurrentSystem designBMSProtocol matchPCSCompatibility reviewComplianceDestination market

Integration questions

Confirm requirements by exact model

Catalog family names and product images are not complete specifications. Every quoted model must be tied to a verified datasheet.

ELECTRICAL

Power + Voltage

Target energy, system power, voltage range, current and PCS strategy.

CONTROL

BMS + Communication

Communication interfaces, protocol, firmware and EMS requirements.

ENVIRONMENT

Site Conditions

Indoor or outdoor installation, temperature, access, space and local compliance.

A rack product may be one part of a wider battery energy storage system. Confirm the complete supply boundary in every quotation.

Product views

Architecture, production and connection details

Multiple views make the first technical review more useful before drawings and model-specific documents are exchanged.

Opposite-angle view of a TiantaiTech 172 kWh catalog rack — **172 kWh family**Opposite service angle

TiantaiTech rack battery in a manufacturing environment — **Production context**Rack preparation

TiantaiTech rack battery module detail — **Module detail**Front-access architecture

Rack battery connector and interface detail — **Connection detail**Model-specific review required

Architecture guide

Rack ESS or battery cabinet?

Compare integration responsibility, enclosure, cooling, service access and supply scope before choosing a physical format.

COMPARISON

Rack ESS vs Battery Cabinet

A practical decision guide for EPCs, integrators and procurement teams.

Compare formats →SYSTEM INTERFACES

Energy Storage Integration

Coordinate battery, BMS, PCS, EMS and site responsibilities.

Read the integration guide →

Planning a rack-based storage project?

Share your system target, destination market, PCS or inverter plan, required standards and expected quantity.

Contact Rack Integration Sales