24V Dyness DL2.5 100Ah 2.56kWh Lithium Battery

24V Dyness DL2.5 100Ah 2.56kWh Lithium Battery

Product Description:

The Dyness DL2.5 24V 100Ah Lithium Battery is a compact and scalable energy storage solution designed for residential, business, on-grid and off-grid solar applications. With 2.56kWh of nominal energy, dependable LiFePO4 chemistry and a 95% depth of discharge, it provides an efficient alternative to traditional lead-acid batteries.

The DL2.5 is particularly suitable for properties in areas with an unreliable electricity supply or limited grid access. Its modular design allows the storage capacity to be expanded from 2.56kWh to a maximum of 40.96kWh by connecting up to 16 compatible batteries in parallel.

Compared with conventional lead-acid storage, the Dyness DL2.5 offers higher energy density, a longer service life, faster charging and reduced maintenance requirements. Lithium Iron Phosphate technology also provides improved thermal and chemical stability, helping to reduce the risks associated with overheating.

Its slim, wall-mounted construction makes it a practical choice where installation space is limited. The battery includes power cables, a communication cable and a wall-mounting shelf for easier system integration.

Key Features:

2.56kWh nominal energy storage capacity
25.6V nominal battery voltage
100Ah nominal capacity
Lithium Iron Phosphate battery chemistry
95% depth of discharge
Approximately 4,000 battery cycles
Wall-mounted installation
Expandable to a maximum of 16 batteries in parallel
Maximum combined storage capacity of 40.96kWh
CAN and RS485 communication
Optional Wi-Fi communication
Compact design for installations with limited space
Suitable as an alternative to lead-acid batteries
Designed for on-grid and off-grid solar applications
Battery cables and wall-mounting shelf included

Safe Lithium Iron Phosphate Technology:

The Dyness DL2.5 uses Lithium Iron Phosphate battery cells, commonly referred to as LiFePO4 or LFP. This battery chemistry is known for its thermal stability, long operating life and dependable performance in solar energy storage applications.

The battery provides a longer service life and higher usable capacity than many conventional lead-acid batteries, while requiring less routine maintenance.

Scalable Battery Storage:

One Dyness DL2.5 battery provides 2.56kWh of nominal storage capacity. Up to 16 compatible units can be connected in parallel, allowing the system to be expanded to approximately 40.96kWh.

This flexibility allows users to begin with a smaller battery system and increase the storage capacity as their energy requirements grow.

Suitable Applications:

Residential solar backup systems
Small business backup power
On-grid solar energy storage
Off-grid solar systems
Areas with limited or unreliable grid electricity
Essential appliance backup
Modular solar battery installations
Replacement for compatible lead-acid battery banks

Battery Specifications:

Brand: Dyness
Model: DL2.5
Battery chemistry: Lithium Iron Phosphate, LiFePO4 or LFP
Nominal energy: 2.56kWh
Energy density/capacity: 2,560Wh
Nominal voltage: 25.6V
Nominal capacity: 100Ah
Installation type: Wall mounted
Depth of discharge: 95%
Battery cycle life: Approximately 4,000 cycles
Recommended discharge current: 50A
Maximum discharge current for 30 minutes: 130A
Recommended charging current: 50A
Maximum charging current for 40 minutes: 75A
Communication: CAN and RS485
Optional communication: Wi-Fi
Ingress protection rating: IP20
Maximum parallel connection: 16 batteries

Electrical Parameters:

Operating voltage range: 28V–28.5V
Recommended charge voltage: 24V–25V
Maximum charge voltage: 28.5V
Recommended charge current: 20A
Maximum continuous charge current: 75A
Maximum continuous discharge current: 100A
Peak discharge current: 130A

Operating Conditions:

Charging temperature: 0°C to +55°C
Discharging temperature: -20°C to +55°C
Permissible humidity: 5% to 85% relative humidity
Condensation: No condensation
Storage temperature: -10°C to +35°C

Dimensions and Weight:

Dimensions: 481mm x 221mm x 133mm
Approximate weight: 23kg

What Is in the Box:

1 x Dyness DL2.5 24V 100Ah 2.56kWh lithium battery
1 x Red positive battery cable
1 x Black negative battery cable
1 x Communication cable
1 x Wall-mounted shelf
1 x User manual

Compatibility:

The battery must be used with a compatible 24V inverter or solar energy storage system. The inverter must support the battery voltage, charging requirements, communication protocol and applicable charge and discharge current limits.

Compatibility should be confirmed before purchase, particularly when the battery will be connected to an existing inverter or combined with other batteries.

Important Specification Notice:

The supplied technical information lists an operating voltage range of 28V–28.5V and a recommended charge voltage of 24V–25V. These figures should be confirmed against the latest official Dyness installation manual before programming the inverter or commissioning the system.

Warranty:

10-year warranty.

The warranty remains subject to the Dyness warranty policy, correct system design, compatible equipment, approved operating conditions and proper installation.

Installation and Warranty Requirements:

The battery and inverter system must be installed and commissioned by a qualified electrical wireman or master electrician who holds valid registration with the Department of Employment and Labour.

A valid electrical Certificate of Compliance must be issued for the completed backup or solar installation. The installation must comply with SANS 10142 and all applicable sections, regulations and manufacturer requirements.

A warranty claim may require:

A valid Certificate of Compliance
Installation and commissioning photographs
Proof that the system was installed by a qualified electrical wireman or master electrician
The battery serial number and purchase documentation
Inverter settings and system information
Proof that compatible equipment was used

Failure to provide the required documentation or comply with the installation requirements may result in the warranty claim being rejected