Pylontech, Dyness and SOFAR are well-known battery brands offering residential energy storage solutions for Australian homes. Their systems differ in capacity, battery design, inverter compatibility, backup capability and price, which can make choosing between them difficult.

In this Pylontech vs Dyness vs SOFAR comparison, we compare the Pylontech Force H3, Dyness PowerBox G2 and SOFAR PowerAll across capacity, performance, safety, compatibility, warranty, CEC status and pricing to help you find the right home battery in 2026.

Pylontech, Dyness and SOFAR Battery Series Overview

Pylontech, Dyness and SOFAR offer different residential battery and energy-storage options for Australian homes. Their current ranges include modular batteries, low- and high-voltage systems, and integrated energy-storage solutions.

Brand	Residential Battery / ESS Series	System Style
Pylontech	Force H3, Force H3X, US5000B, Fidus Battery, Fidus Battery Plus, ReefMagic	Low- and high-voltage modular batteries plus integrated residential storage options
Dyness	PowerBox G2, PowerBox Pro, STACK100 Pro, Cygni	Low-voltage batteries, scalable stacked storage and all-in-one ESS
SOFAR	PowerAll, BTS E5–E20-DS5 and compatible ESI residential storage systems	Modular batteries and integrated hybrid energy-storage systems

Pylontech’s Australian range covers several different battery architectures, from the 48V US5000B to high-voltage Force H3 and integrated Force H3X systems. Dyness Australia currently lists PowerBox G2, PowerBox Pro, STACK100 Pro and Cygni under its residential energy-storage range. SOFAR’s residential storage portfolio includes PowerAll alongside its modular BTS battery and ESI storage platform.

Pylontech vs Dyness vs SOFAR: Side-by-Side Comparison

Feature	Pylontech Force H3	Dyness PowerBox G2	SOFAR PowerAll
System design	Modular high-voltage battery	Modular low-voltage battery	All-in-one hybrid storage system
Battery chemistry	LFP	LiFePO₄	LFP
Battery size	5.12 kWh per module	10.24 kWh per unit	5 kWh-class modular storage
Main capacity range	10.24–35.84 kWh per tower	From 10.24 kWh; up to 50 units parallel	5–30 kWh
Depth of discharge	95%	Check current model documentation	Not published as a directly comparable PowerAll system figure
Power	Depends on paired inverter	Up to 10.24 kW per unit	3–6 kW hybrid inverter options
Protection rating	IP55	IP66	Up to IP66 on current PowerAll design
Fire/safety highlight	LFP + BMS protections	5-second smart fire suppression + pressure relief	Multi-level protection, AFCI and electrical isolation features
Installation style	Stackable tower	Wall or floor installation	Integrated modular stack
Monitoring	Depends on paired inverter/system	Dyness Smart App	SOFAR Cloud ecosystem
Australian CEC status	Force H3 models listed	PowerBox G2 listed	BTS battery components used in SOFAR storage systems listed
Warranty	Warranty documentation available through Pylontech Australia	10 years	Confirm current PowerAll system terms for exact configuration

The specifications above come primarily from current Australian manufacturer information and the Australian approved-battery listings. Exact inverter and battery model combinations should still be checked before installation.

Pylontech vs Dyness vs SOFAR Price Comparison

For a more useful comparison, the table below looks at configurations around 30 kWh using current pricing.

Battery	Approx. capacity	Current approximate price
Pylontech	30.7 kWh	A$7,364*
Dyness	30.7 kWh	A$7,630*
SOFAR PowerAll	30 kWh	A$5,999*

Current Pylontech listings show approximately A$7,364 for 30.7 kWh, while the comparable Dyness listing is around A$7,630. SOFAR PowerAll is currently listed at approximately A$5,999 for a 30 kWh configuration, giving it the lowest listed price around this capacity.

Final price may varies based on location, installation requirements. Contact us for a personalized quote and expert advice.

  

High-Voltage vs Low-Voltage Battery Design

One of the biggest differences in this comparison is system voltage.

The Pylontech Force H3 is a high-voltage battery, which makes it well suited to compatible modern hybrid inverters and larger residential systems. Its stackable architecture allows the battery voltage to increase as additional modules are added.

The Dyness PowerBox G2 is low voltage. Each 10.24 kWh unit can deliver up to 10.24 kW at a 1C rate, and multiple units can be connected in parallel. This can be attractive for households already using compatible low-voltage hybrid or off-grid inverters.

SOFAR PowerAll is different again because the battery and compatible hybrid inverter are sold as one coordinated energy-storage platform. For a new installation, this can reduce the amount of battery-to-inverter matching the homeowner needs to consider.

Battery Capacity and Expandability

The Force H3 uses 5.12 kWh modules and provides 10.24–35.84 kWh nominal capacity in a single tower. Pylontech also supports multiple groups for larger storage requirements, giving it substantial expansion potential beyond one tower.

PowerBox G2 starts larger at 10.24 kWh per unit and supports up to 50 units in parallel. For normal homes, only a small number would be required, but the architecture gives Dyness the strongest raw parallel-expansion potential of the three systems compared here.

SOFAR PowerAll provides 5, 10, 15, 20, 25 and 30 kWh configurations. That range is easier to understand for homeowners who want a conventional residential system without designing a very large multi-battery installation.

For very large future expansion, Dyness has the advantage. For smaller capacity steps, Pylontech and SOFAR provide more gradual sizing.

Power Output and Charging Performance

Power figures need to be compared carefully because these three products are not identical types of equipment.

PowerBox G2 has the clearest battery-level specification, with 1C discharge, up to 10.24 kW maximum output and 200A maximum continuous current per unit. This makes Dyness particularly attractive for high household loads when paired with a suitable inverter.

Force H3 performance depends heavily on the chosen high-voltage inverter. The battery supports normal charge and discharge currents around 50A, but the usable AC output to the house is ultimately controlled by the paired inverter and system configuration.

SOFAR PowerAll takes a system-level approach, with current Australian single-phase configurations offering 3–6 kW hybrid inverter options.

So, a higher battery current does not automatically mean a better system. The battery, inverter, phase type and household peak demand all need to be sized together.

Backup Power and Blackout Performance

Neither Force H3 nor PowerBox G2 should be judged as a complete backup system on the battery specification alone. Their blackout capability depends on the compatible hybrid inverter, backup output and switchboard configuration used with the battery.

SOFAR PowerAll has an advantage in simplicity because backup is part of the integrated system design. SOFAR specifically positions PowerAll for self-consumption, peak-load shifting and off-grid backup.

For homeowners prioritising blackout protection, the installer should check not only battery capacity but also backup output, whether the whole home or only essential loads are supported, and whether large appliances can operate during an outage.

Inverter Compatibility and System Flexibility

Pylontech has traditionally focused on battery systems that can work with compatible third-party inverters. Force H3 therefore suits homeowners who want more freedom to select an inverter rather than being locked into a complete single-brand system. Pylontech Australia also provides inverter compatibility resources through its support platform.

Dyness follows a similar philosophy. Its Australian download centre provides dedicated PowerBox G2 inverter compatibility documentation, making it suitable for a variety of compatible low-voltage system designs.

SOFAR PowerAll provides less brand-mixing flexibility because it is designed around SOFAR’s own ESI hybrid inverter and BTS battery architecture. The benefit is simpler system matching and a more unified installation.

Pylontech and Dyness are stronger for inverter flexibility, while SOFAR is better suited to buyers who prefer an integrated ecosystem.

Battery Technology, Safety and Fire Protection

All three systems use LFP/LiFePO₄ battery chemistry, a common choice for modern residential energy storage because of its thermal stability and long cycle life.

The Force H3 combines LFP cells with battery-management protection and safety certification including IEC 62619 and other battery-system standards.

Dyness goes further with a clearly advertised smart fire-suppression system that can respond within five seconds, along with automatic pressure relief and IP66 enclosure protection.

SOFAR PowerAll uses multi-level protection, electrical isolation features and, in its current Australian rollout, AFCI and up to IP66 protection.

For clearly specified active fire protection, PowerBox G2 has the strongest feature set of these three.

Efficiency and Depth of Discharge

Pylontech clearly specifies 95% depth of discharge for Force H3, with the largest 35.84 kWh tower providing about 34 kWh of usable energy.

Dyness and SOFAR publish strong performance information for their Australian products, but their current product pages do not present a directly comparable system-level round-trip efficiency figure for PowerBox G2 and PowerAll in the same way.

For that reason, it is better not to declare an efficiency winner based on figures measured under different conditions. Usable capacity, inverter losses and actual operating behaviour matter more than comparing unrelated laboratory percentages.

Installation, Size and Outdoor Protection

Force H3 uses a compact stackable tower design and has an IP55 enclosure. It can be installed in suitable indoor or protected outdoor locations according to manufacturer requirements.

PowerBox G2 is particularly installation-friendly. Its slim design supports both wall-mounted and floor-standing installation, weighs about 99.7 kg per unit and carries an IP66 rating for stronger protection against dust and water.

SOFAR’s current PowerAll design also targets Australian installation conditions, with modular construction and up to IP66 outdoor protection. SOFAR has also introduced installation options intended to address wall-space and difficult-site constraints.

For exposed locations, Dyness PowerBox G2 and current PowerAll configurations offer stronger enclosure protection than Force H3.

Smart Monitoring and Energy Management

Dyness PowerBox G2 supports the Dyness Smart App, providing real-time battery monitoring, smart control and OTA software upgrades.

SOFAR PowerAll integrates with SOFAR’s energy-management and monitoring ecosystem, allowing the inverter and battery system to operate as one platform.

With Pylontech Force H3, monitoring functionality depends more on the paired inverter and overall system configuration. That gives buyers flexibility but can make the user experience less uniform than an all-in-one ecosystem.

CEC Approval and Australian Availability

All three options have a genuine Australian market presence.

Current Australian approved-battery data includes Pylontech Force H3 configurations and Dyness PowerBox G2, while SOFAR’s BTS 5K/BTS E5-DS5 battery platform used in its residential storage solutions is also listed.

CEC listings are dynamic, so the exact battery and inverter combination should always be checked at the time of installation, particularly when claiming support through an Australian battery incentive or rebate program. The Clean Energy Council notes that approved-product listings can be updated, suspended or expire over time.

Pylontech, Dyness and SOFAR also maintain Australian support channels, with Dyness and SOFAR operating dedicated Australian websites and Pylontech providing Australian technical support and product resources.

Warranty and Long-Term Reliability

Pylontech Australia provides dedicated warranty documentation for its battery products through its Australian support centre. Force H3 is also widely sold in Australia with 10-year warranty coverage, but homeowners should confirm the current Force H3 warranty document and capacity-retention conditions for the exact system being quoted.

Dyness clearly lists 10 years of warranty coverage for PowerBox G2 alongside a rated cycle life of at least 8,000 cycles.

SOFAR Australia provides dedicated warranty documentation through its service centre, but the exact PowerAll warranty should be checked against the specific inverter and battery combination being installed rather than assuming one term applies to every SOFAR product.

Warranty length alone should not decide the purchase. Capacity-retention conditions, throughput limits, registration requirements and local installer support are equally important.

Which Battery Brand Is Right for Your Australian Home?

Choose Pylontech if inverter flexibility and high-voltage modular storage are your priorities. Force H3 provides smaller 5.12 kWh capacity steps and suits homeowners who want to pair their battery with a compatible inverter rather than committing to one complete ecosystem.

Choose Dyness if you want strong low-voltage performance, very large expansion potential and advanced safety features. PowerBox G2’s 10.24 kW 1C output, IP66 enclosure and active fire suppression make it particularly attractive for higher-demand homes.

Choose SOFAR if you are installing a new single-phase solar-and-battery system and want a simple integrated package at a competitive price. PowerAll combines the inverter, battery architecture, monitoring and backup functions within the same SOFAR ecosystem.

Final Verdict: Pylontech, Dyness or SOFAR?

Pylontech Force H3 offers the best balance for buyers who value high-voltage architecture and inverter flexibility. Its 5.12 kWh modular design makes capacity easier to tailor to household usage.

Dyness PowerBox G2 stands out for power, scalability and safety. Its low-voltage design, 1C discharge, IP66 protection and active fire suppression make it particularly compelling for demanding residential installations.

SOFAR PowerAll is the strongest integrated value option in this comparison. It provides 5–30 kWh storage, a matched hybrid inverter, backup capability and competitive current pricing in one ecosystem.

For a new all-in-one installation, SOFAR PowerAll deserves serious consideration. For maximum low-voltage expansion and strong battery-side power, Dyness PowerBox G2 is the standout. If you already have—or want to choose—a compatible third-party hybrid inverter, Pylontech Force H3 provides the most flexible route.

Not sure which battery suits your home? Get a Free Quote and our solar experts can help you compare the right system for your energy needs.

  

Frequently Asked Questions

Is Pylontech better than Dyness?

Neither is automatically better. Pylontech Force H3 is a high-voltage modular battery with broad system flexibility, while Dyness PowerBox G2 is a low-voltage system with 10.24 kWh per unit, 1C discharge and much larger parallel expansion. The better option depends mainly on your inverter and required power.

How much storage does Pylontech Force H3 provide?

Force H3 uses 5.12 kWh modules and supports approximately 10.24–35.84 kWh per tower, depending on the number of modules installed.

How much storage does SOFAR PowerAll provide?

The Australian PowerAll range is offered in 5, 10, 15, 20, 25 and 30 kWh configurations with single-phase hybrid inverter options from 3 to 6 kW.

Which battery has the best outdoor protection?

Dyness PowerBox G2 is rated IP66, and SOFAR’s current PowerAll rollout also advertises up to IP66 protection. Pylontech Force H3 is rated IP55. Installation location must still follow the manufacturer’s requirements.

Which is the cheapest: Pylontech, Dyness or SOFAR?

Based on current approximately 30 kWh listings, SOFAR PowerAll is the lowest-priced of the three at around A$5,999*, compared with around A$7,364 for Pylontech and A$7,630 for Dyness. Final installed cost will depend on the inverter, backup configuration and installation requirements.