Deye Solar Battery LiFePO4 Energy Storage Battery 16kwh 32kwh 48kwh 64kwh 80kwh 96kwh Stackable Battery for Solar Home

Product Description

Product Description

The Deye All-In-One Home ESS integrates battery storage, power conversion, and intelligent energy management into one compact system.
 
It stores excess solar energy during the day and supplies power when solar generation is unavailable. This design helps homeowners improve solar self-consumption and maintain reliable backup power.
 
Solarasia provides Deye energy storage solutions for residential projects, distributors, installers, and renewable energy system integrators.
 
Whether you need a complete home energy storage solution or a customized configuration for your market, contact us for product specifications, pricing, and project support.

All-In-One residential energy storage design
Integrated battery energy storage solution
Suitable for solar-plus-storage systems
Supports residential backup power applications
Designed for home energy management
Compact system architecture
Simplified installation and system integration
Suitable for new solar projects and energy storage upgrades
Intelligent energy monitoring and management
Multiple operating modes according to system configuration
Suitable for installers, distributors, and system integrators
Deye technology for residential energy storage applications

A typical residential energy storage system works through several energy flows.
 
1. Solar Generation
Solar panels generate electricity during daylight hours.
 
2. Household Consumption
The home uses available solar power to operate household appliances and electrical equipment.
 
3. Battery Charging
When solar generation exceeds household demand, surplus energy can charge the battery.
 
4. Energy Storage
The battery stores electrical energy for later use.
 
5. Battery Discharging
When solar generation decreases, the system can supply stored energy to household loads.
 
6. Grid Backup
Depending on the system configuration, stored energy can support selected loads during grid outages.
 
This operating process helps create a more flexible residential energy management system.

Parameters

Battery Chemistry		LiFePO4
Built-in Circuit Breaker		250A, 80Vdc
Rated Capacity (Ah) [1]		314
Nominal Voltage (V)		51.2
Operating Voltage(V)		44.8 ~ 57.6
Nominal Energy (kWh) [1]		16
Usable Energy (kWh) [1]		14.4
Charge Current (A) [2]	Max.Continuous	160
	Peak	192
Discharge Current (A) [2]	Max.Continuous	220
	Peak	264
Other Parameter
Recommend Depth of Discharge		90% DoD
Dimension (mm , W/H/D)		662 x 715 x 257 (Without base)
Weight (kg)		120kg
Display		LED(working, protecting, alarming)
IP Rating of Enclosure		IP66
Operating Temperature	Charge: 1~55°C, Discharge: -20~55°C	Charge: -20~55°C (Heating On), Discharge: -20~55°C
Storage Temperature		0°C~35°C
Relative Humidity		95% (non-condensing)
Cycle Life		≥8000(25°C±2°C, 70%EOL)
Max. Energy RTE (DC) [1]		95%
Installation		Floor-Mounted, Stack-Mounted
Communication		CAN2.0
Certification		UN38.3, CE, CB, UL9540A
Energy Throughput [3]		50 MWh
Warranty Period [3]		10 years

Packing & Delivery

Project Case

Residential Solar Energy Storage
Store excess solar energy during the day and use it when household electricity demand increases.
This configuration is suitable for homes with rooftop photovoltaic systems.
 
Home Backup Power
Use the battery system to support essential household loads during grid outages.
It provides an additional energy source for selected appliances and electrical equipment.
 
Solar Self-Consumption
Store surplus photovoltaic electricity instead of relying entirely on grid electricity when solar production is unavailable.
This helps households make greater use of their generated solar energy.
 
Time-of-Use Energy Management
The system can store electricity according to the configured operating strategy and supply power when required.
Installers can configure the system based on local electricity tariffs and household consumption patterns.
 
New Residential Solar Projects
The All-In-One Home ESS is suitable for residential solar-plus-storage projects requiring an integrated energy storage solution.
 
Existing Solar System Upgrades
The system can also be considered for residential projects that need additional energy storage capacity.
System compatibility should be evaluated according to the existing photovoltaic and electrical configuration.

Certifications

Company Profile

FAQ

What is an All-In-One Home ESS?
An All-In-One Home ESS integrates multiple energy storage functions into one residential system.
 
What is a Deye All-In-One Home ESS used for?
It stores electricity for residential solar self-consumption and backup power applications.
 
Can the system work with solar panels?
Yes, compatible configurations can integrate with residential solar photovoltaic systems.
 
Can it provide backup power?
Yes, compatible configurations can supply selected household loads during grid interruptions.
 
Can I use it with an existing solar system?
Compatibility depends on your existing system and the selected Deye model.
 
Is the All-In-One design easy to install?
The integrated architecture can simplify installation and system integration.
 
Can Solarasia provide OEM service?
Yes, OEM and customized supply can be discussed for qualified projects.
 
How do I choose the right Home ESS capacity?
Choose capacity based on household consumption, solar generation, and required backup duration.
 
Can you provide a quotation?
Yes. Send us the model, quantity, destination, and application for a quotation.