Modular solar storage · stacked battery system

Stacked LiFePO4 Battery with Hybrid Inverter

A modular battery and hybrid-inverter pathway for solar storage projects that need capacity expansion, coordinated controls and a compact indoor installation.

Champion Battery product rangeDatasheet and drawing on requestOEM project inquiry
Champion stacked LiFePO4 battery with hybrid inverter
CHAMPION BATTERY PRODUCT

Product range

Match the battery to the inverter, load and installation.

The Champion catalogue presents a stacked battery system together with hybrid-inverter use cases. The final configuration depends on the selected inverter, battery-module count, communication profile, PV input, grid arrangement and application requirements.

01ManufacturerChampion Battery
02SelectionApplication and integration review
03DocumentsCurrent datasheet and drawing
04OrderingQuantity, destination and schedule

Product and system boundary

Know what the battery provides—and what the project still needs.

The selected battery supplies stored DC energy with its enclosure and battery-management functions. A working installation also depends on correctly matched conversion equipment, protection, wiring, controls and commissioning.

01

Battery assembly

Cells, enclosure, battery management, terminals and the interfaces supplied with the confirmed model.

02

Power conversion

The inverter or PCS must match the battery voltage window, charge limits, power demand and communication profile.

03

Site equipment

Isolation, breakers or fuses, grounding, cable routing, ventilation and service access remain installation decisions.

04

Project approval

Current drawings, model documents, acceptance checks and responsibility for commissioning must be agreed before delivery.

Stacked LiFePO4 battery and hybrid inverter installed with conduit and isolation equipment for solar storage

Installation planning

Review the complete power system, not only the battery.

The battery location, inverter, isolation equipment, cable route and service clearance need to be planned together. Include an installation drawing or site photo with your inquiry when available.

01Battery position02Inverter connection03Protection and isolation04Service clearance

Selection questions

Confirm the key requirements before quotation.

These checks help match the product family, inverter and installation conditions.

01

Load and backup

Define critical load, peak power, backup duration and grid behaviour.

INCLUDE WITH INQUIRY
02

PV and grid input

Provide array size, MPPT range, grid standard and operating mode.

INCLUDE WITH INQUIRY
03

Module expansion

Confirm allowed module count, addressing, firmware and current sharing.

INCLUDE WITH INQUIRY
04

Battery-inverter protocol

Match CAN or RS485 profile, pinout and supported firmware.

INCLUDE WITH INQUIRY
05

Installation

Review stack height, floor loading, clearance, cable route and protection.

INCLUDE WITH INQUIRY
06

Acceptance

Agree commissioning checks, alarm tests and handover records.

INCLUDE WITH INQUIRY

Typical applications

Choose by load, runtime and installation.

Share the actual load, required backup time, electrical interface and available space.

  1. 01Home solar storage
    Shift PV energy and support selected backup loads.
  2. 02Small commercial solar
    Coordinate daytime production, consumption and reserve objectives.
  3. 03Off-grid or hybrid power
    Define generator, grid and battery operating priorities.

Request a quotation

Information to send

  1. 01Load and backup requirements
  2. 02Hybrid inverter model
  3. 03PV array information
  4. 04Required battery energy
  5. 05Installation location
  6. 06Quantity and destination

Technical and purchasing documents

Request records that match the exact model and order.

A catalogue is useful for shortlisting. Engineering approval and purchasing require current documents tied to the selected configuration.

01

Current datasheet

Electrical ratings, operating limits, environmental conditions and model revision.

02

Mechanical drawing

Dimensions, terminals, mounting points, cable access and service clearances.

03

Communication information

CAN or RS485 profile, connector, pinout, settings and supported inverter basis.

04

Transport and compliance

Shipment documents and available certificates matched to the exact product and destination.

05

Inspection basis

Checks, acceptance criteria and records required before shipment.

06

Commercial confirmation

MOQ, sample availability, production schedule, packaging and agreed order changes.

Product FAQ

Questions buyers ask before ordering.

Is the inverter included?+

The catalogue presents a hybrid-inverter pathway, but the exact quotation scope must be confirmed.

Can more battery modules be added later?+

Expansion depends on the approved module count, BMS firmware, wiring and inverter compatibility.

Does CAN or RS485 guarantee compatibility?+

No. The protocol, pinout, settings and firmware must match.

Which grid standards apply?+

Requirements depend on the inverter model and installation market; request the exact document package.

Product inquiry

Request the current model and technical documents.

Send the application, electrical requirement, installation, quantity, destination and required documents.

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