Stackable Home Battery

Stackable Home Battery

Energy demand rarely stays fixed. A couple becomes a family, a gasoline car becomes an EV, and a modest solar array often turns into a larger one a year later. The Stackable Home Battery is designed for that reality. Instead of forcing homeowners to commit to a large cabinet on day one, it starts with a compact base module and expands vertically as storage needs increase.
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Description
Technical Parameters

Product Overview

 

Energy demand rarely stays fixed. A couple becomes a family, a gasoline car becomes an EV, and a modest solar array often turns into a larger one a year later. The Stackable Home Battery is designed for that reality. Instead of forcing homeowners to commit to a large cabinet on day one, it starts with a compact base module and expands vertically as storage needs increase.

Each module is engineered to mechanically lock and electrically connect with the next, reducing installation complexity while keeping the final footprint tidy. It is the practical choice for distributors and EPCs serving customers who want room to scale without replacing the entire battery system later.

 

Technical Specifications

 

Parameter

Value

Battery Chemistry

LiFePO4

Module Capacity

5.12 kWh per module

Expandable Capacity

5.12 kWh to 25.6 kWh

Nominal Voltage

51.2V

Max Modules in Parallel Stack

Up to 5 modules per tower

DoD

95%

Cycle Life

>6,000 cycles

Communication

CAN/RS485

Ingress Protection

IP54/IP65 optional

Operating Altitude

<2,000 m

Installation

Floor-standing, stackable

Warranty

10 years

 

What Makes It Different

 

Scalability Without Waste - Install only the capacity the homeowner needs today, then add modules later without scrapping the original system.

Consistent Aesthetics - The stack remains visually clean as it grows. No patchwork look, no improvised external cabling, no awkward battery mix.

Service Simplicity - Individual modules can be replaced or upgraded more easily than monolithic cabinets, reducing service time and inventory burden.

 

Typical Application Scenarios

Homes Planning for Future EV Charging

A homeowner may not need 20+ kWh today, but if an EV charger is part of the near-term plan, future demand is already visible. Starting with a 10.24 kWh stack and adding another 5.12–10.24 kWh later is financially cleaner than oversizing from the outset.

Solar Retrofit Projects

For houses that already have grid-tied PV, stackable batteries provide a phased storage upgrade path. Installers can begin with a small stack to capture excess daytime generation, then expand after the owner sees actual bill savings and understands the value of storage.

Dealer Stock Programs

From a channel perspective, modular batteries reduce SKU fragmentation. Dealers can carry one standardized module and assemble systems in different capacities based on the project. That means easier forecasting, simpler warehousing, and fewer dead-stock risks.

 

Selection Guide

 

  • 1–2 bedroom home with standard evening load: 2 modules (10.24 kWh).
  • Family home with air conditioning and stronger night usage: 3–4 modules (15.36–20.48 kWh).
  • Household with EV charging or long outage backup target: 4–5 modules (20.48–25.6 kWh).

If load growth is expected within 12–24 months, stackable architecture is usually a better commercial decision than buying an oversized fixed-capacity battery immediately.

 

Packaging & Transport

 

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Our lithium battery products are supplied with the applicable documentation for sea and road transportation, including transport safety assessment reports and supporting test documents. Each battery is securely protected against short circuits, impact, vibration and moisture, then packed in compliant dangerous-goods wooden cases with clear handling and identification labels. UN 38.3 test reports, MSDS and other shipping documents can be provided according to the selected model, destination market and transport method, helping customers complete export, customs clearance and project delivery more efficiently.

 

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Technical Specifications

 

Parameter

Value

Battery Chemistry

LiFePO4

Module Capacity

5.12 kWh per module

Expandable Capacity

5.12 kWh to 25.6 kWh

Nominal Voltage

51.2V

Max Modules in Parallel Stack

Up to 5 modules per tower

DoD

95%

Cycle Life

>6,000 cycles

Communication

CAN/RS485

Ingress Protection

IP54/IP65 optional

Operating Altitude

<2,000 m

Installation

Floor-standing, stackable

Warranty

10 years

 

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