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Aushertech power stations are specifically designed to support essential medical devices used in home healthcare and clinical settings. This includes equipment such as alternating pressure care mattresses, infusion pumps, suction units, and patient monitoring devices. They are ideal for maintaining critical care continuity during power outages and for providing reliable backup in community care environments.
Yes. The AusherMed 2400 and 2400B are designed and tested to IEC 60601-1 and IEC 60601-1-2 medical device safety standards and are TGA registered (ARTG No. 513808), ensuring they are safe for direct use with patient-connected medical equipment. The AusherMed 3600 and 3600B are certified to IEC 62040 UPS standards, making them ideal for facility-level backup including sub-switchboard connections, vaccine cold chain, and SDA backup power requirements. Both product lines deliver pure sine wave output with under 10ms UPS switchover.
Yes. AusherMed power stations are designed for use in community care settings, outreach clinics, and emergency response situations where reliable backup power is essential. They ensure continuity of care by supporting critical medical equipment during temporary setups or when grid power is unavailable.
Our power stations are equipped with intelligent battery management and UPS functionality, providing seamless power transfer during outages. The runtime depends on the power consumption of the connected device, but Aushertech stations are designed to provide hours of support for critical medical equipment.
Yes. The AusherMed 2400 is designed for bedside and home healthcare use — powering CPAP machines, oxygen concentrators, air mattresses, and suction devices with IEC 60601 medical-grade compliance. The AusherMed 3600 is designed for facility-level applications — backing up sub-switchboards in SDA homes, protecting vaccine cold chain in pharmacies and clinics, and providing high-capacity backup in hospitals and aged care facilities. Together, they cover the full spectrum from patient-side to building-level backup power.
Choose the AusherMed 2400 if you need backup power directly connected to patient medical devices — CPAP, oxygen concentrators, air mattresses, suction units. It is IEC 60601 medical-grade compliant and TGA registered. Choose the AusherMed 3600 if you need higher capacity for facility-level backup — SDA sub-switchboard requirements, vaccine fridge cold chain, or clinic-wide backup. It is IEC 62040 UPS certified. Many SDA homes and care facilities use both: the 3600 on the switchboard and the 2400 at the bedside. Contact us at info@aushertech.com.au for a free consultation.
Aushertech is the only Australian provider offering both medical-grade (IEC 60601) and facility-grade (IEC 62040) portable backup power stations purpose-built for healthcare. The AusherMed 2400 is TGA registered and designed for direct patient-device connection, while the AusherMed 3600 delivers high-capacity backup for SDA sub-switchboard requirements, vaccine cold chain, and facility-level applications. With 10ms UPS switchover, LiFePO4 batteries rated up to 8,000 cycles, and expandable capacity up to 28.8kWh, our products are engineered specifically for healthcare — not repurposed consumer electronics.
Yes, Aushertech offers expandable battery packs that allow healthcare providers to increase power capacity as needed. This feature ensures that our solutions can adapt to changing requirements in medical settings, providing long-term reliability.
Yes, all Aushertech power stations come with UPS functionality, ensuring seamless power transfer and uninterrupted operation of critical medical devices during power failures. This feature is ideal for maintaining patient safety in both home and healthcare settings.
Aushertech power stations are designed with intelligent battery cycling to extend battery life. Regular charging, using the units within their power specifications, and storing them in a cool, dry environment will help maintain optimal performance.
Answering Some Myths
Fact: Not entirely. A general household power station can physically power most medical devices. However, it hasn't been designed or tested to medical electrical safety standards such as IEC 60601-1, which cover patient-safe leakage current limits and electromagnetic compatibility. For non-critical equipment, a consumer power station may be a practical option. For life-critical devices like ventilators or oxygen concentrators, a purpose-built medical-grade system provides an additional layer of safety assurance that consumer products were not designed to deliver.
Fact:
Solar batteries are excellent for whole-home backup and have improved significantly with features like storm watch, reserve capacity, and automatic switchover. However, a solar battery powers everything in the house — lights, heating, cooling, fridge, and appliances all draw from the same pool. During a prolonged outage, high-consumption appliances like air conditioners (1,500–3,000W) can deplete the battery far faster than expected.
A dedicated medical UPS reserves its full capacity exclusively for your medical devices, giving you a predictable runtime you can plan around. Many households use both: solar for general resilience, and a dedicated UPS for medical equipment certainty.
Read more: Solar Batteries and Medical Equipment — What You Need to Know
Fact:
The power itself is the same 230V AC. The difference is in how the backup system behaves during switchover, under fault conditions, and in terms of electromagnetic interference. Medical devices can be sensitive to EMI, and some may alarm, reboot, or lose settings during power transitions.
Systems tested to IEC 60601-1-2 (electromagnetic compatibility for medical equipment) have been specifically validated to deliver clean, stable power without interfering with connected medical devices. Standard power stations are not typically tested to these medical EMC standards, which may be a consideration for sensitive equipment.
Fact: Hospitals have dedicated emergency power systems because they recognise that medical equipment cannot tolerate power interruptions. Home healthcare environments face the same risk but rarely have the same protection. For clients who rely on devices like alternating air mattresses, CPAP machines, or suction units at home, a dedicated backup system provides the same continuity of care that hospitals take for granted.
Fact: Office UPS systems are designed to give you a few minutes to safely shut down a computer — not to run medical equipment through a prolonged outage. They typically offer 300–1,500Wh of capacity and are not designed for extended runtime. The AusherMed 2400 provides 2,400Wh (expandable to 19.2kWh) with medical-grade compliance, making it suitable for outages lasting hours or days rather than minutes.
Fact: The AusherMed range is specifically designed for home care, SDA housing, community clinics, and pharmacies — not just large hospitals. It's portable, plug-and-play, and quiet enough for bedroom use. For clients in regional or remote areas where power interruptions are more common and restoration times are longer, having dedicated backup power at home can make the biggest difference.
Product Specifications
The AusherMed 2400 has a base capacity of 2,400Wh using LiFePO4 battery chemistry. It can be expanded up to 19.2kWh by connecting up to seven AusherMed 2400B expansion batteries.
The AusherMed 3600 has a base capacity of 3,600Wh using LiFePO4 battery chemistry. It can be expanded up to 28.8kWh by connecting up to seven AusherMed 3600B expansion batteries.
The AusherMed range switches to battery power in under 10 milliseconds when mains power fails. This is fast enough that connected medical devices experience no interruption — no flicker, no reset, no alarm. Most consumer power stations offer 20ms switchover, which may not be fast enough for sensitive medical equipment.
The AusherMed 2400 is rated for 8,000 charge-discharge cycles to 70%+ capacity. This means if you cycle it once daily, the battery will retain over 70% of its original capacity after more than 20 years. Most consumer power stations offer 3,000 cycles.
The AusherMed 3600 is rated for 6,000+ cycles to 80% original capacity.
All AusherMed power stations deliver pure sine wave AC output at 230V. Pure sine wave power is essential for sensitive medical equipment, preventing damage, interference, and inaccurate readings that can occur with modified sine wave output.
Yes. You can power your medical devices while simultaneously charging the AusherMed from mains power. This means the unit stays topped up and ready while your equipment runs continuously. Pass-through charging also avoids unnecessary battery cycling, extending the overall lifespan of the battery.
Medical Compliance and Safety
Yes. The AusherMed 2400 is registered on the Australian Register of Therapeutic Goods (ARTG No. 513808) by the Therapeutic Goods Administration (TGA). You can verify this by searching the ARTG public register at tga.gov.au.
IEC 60601-1 is the international safety standard for medical electrical equipment. It covers electrical safety, mechanical safety, and protection against hazards specific to medical environments. The AusherMed 2400 and 2400B are designed and tested to IEC 60601-1 and IEC 60601-1-2 (electromagnetic compatibility) standards. The AusherMed 3600 and 3600B are certified to IEC 62040 UPS standards.
A Medical Electrical System is a setup where multiple medical devices are connected to a common power source. The AusherMed 2400 is qualified for use as part of an ME System under IEC 60601-1, meaning it has been tested to ensure that powering multiple medical devices simultaneously does not create additional safety risks such as increased leakage current or inadequate fault protection. This is important for home healthcare setups where a CPAP, air mattress, and medical fridge may all run from the same backup power station.
IEC 60601-1 is the safety standard specifically for medical electrical equipment — it includes requirements for patient safety, leakage current limits, and electromagnetic compatibility in medical environments. IEC 62040 is the standard for Uninterruptible Power Supply (UPS) systems — it covers electrical safety and performance for general UPS applications. The AusherMed 2400 meets both standards. The AusherMed 3600 is certified to IEC 62040.
A consumer power station can physically power medical devices, but it has not been designed or tested to the safety standards required for medical electrical equipment. Consumer products do not undergo testing for patient-safe leakage current limits, electromagnetic compatibility in medical environments, or safe operation as part of a Medical Electrical System. For non-critical equipment this may be acceptable, but for life-critical devices, a purpose-built medical-grade solution provides an additional layer of safety.
CPAP and Home Healthcare
Yes. The AusherMed 2400 can power a typical CPAP machine (60W) for approximately 37 hours on a single charge. With expansion batteries, runtime can be extended significantly. The 10ms UPS switchover ensures the CPAP transitions seamlessly to backup power during an outage without waking the patient or requiring a machine restart.
Yes. A typical oxygen concentrator drawing 120W will run for approximately 16 hours on the AusherMed 2400. For extended outages, adding one or more 2400B expansion batteries increases the total runtime proportionally.
Yes — and this is one of the key applications where the AusherMed stands apart. Oxygen concentrators typically draw 120-600W depending on the model and flow rate, making them one of the highest power-consuming home medical devices. Traditional small UPS systems cannot sustain an oxygen concentrator beyond 15-30 minutes. The AusherMed 2400 provides approximately 16 hours of runtime for a 120W concentrator on a single charge, and this can be extended significantly by adding 2400B expansion batteries — up to 19.2kWh total capacity for multi-day backup. For patients who are oxygen-dependent, this extended runtime capability can be the difference between staying safely at home during an outage and requiring emergency hospital transfer.
Yes. A typical alternating air mattress drawing 40W will run for approximately 50 hours on the AusherMed 2400. This is particularly important for patients at risk of pressure injuries, where even a brief power interruption can deflate the mattress and compromise patient safety.
Yes. A medical refrigerator drawing 160W will run for approximately 14 hours on the AusherMed 2400, or approximately 20+ hours on the AusherMed 3600. For vaccine cold chain storage or medication refrigeration, the 10ms UPS switchover ensures the fridge maintains temperature without interruption during a power outage.
Yes. The AusherMed 2400 delivers 2,400W continuous output (4,800W peak) across 4 AC outlets, allowing you to power multiple medical devices simultaneously. For example, a CPAP machine (60W), oxygen concentrator (120W), alternating air mattress (40W), and medical fridge (160W) can all run at the same time with a combined draw of just 380W — well within the 2,400W capacity. Runtime depends on total combined power draw, and additional 2400B expansion batteries can be added to extend runtime based on your specific needs.
The AusherMed is compatible with a wide range of medical equipment. However, equipment compatibility should always be confirmed with your clinician or biomedical team to ensure suitability and required runtime for your specific devices. Contact us at info@aushertech.com.au for guidance on your particular setup.
SDA (Specialist Disability Accommodation)
Yes. The NDIS SDA Design Standard (Clause 22.1) requires High Physical Support (HPS) category dwellings to provide emergency power solutions for a minimum 2-hour outage covering no less than 2 double GPOs in participant bedrooms and any provided automated doors used for entry or egress. The AusherMed 3600 meets this requirement when connected to a sub-switchboard by a licensed electrician. Its 3,600Wh base capacity (expandable to 28.8kWh) provides well beyond the minimum 2-hour requirement.
Under Clause 22.1 of the SDA Design Standard for High Physical Support dwellings, emergency power must cover a minimum 2-hour outage for no less than 2 double GPOs in participant bedrooms and any provided automated doors used for entry or egress. Equipment connected to these GPOs may include ventilators, ceiling hoists, emergency notification systems, CPAP machines, and other essential devices. The standard does not specify the type of backup system — UPS battery systems, diesel generators, and gas generators are all acceptable solutions.
Yes. The AusherMed 3600 features a home backup port designed for connection to a sub-switchboard. This must be installed by a licensed electrician in accordance with local regulations. Once connected, the AusherMed automatically provides backup power to designated circuits with under 10ms switchover when mains power fails.
For sub-switchboard backup covering bedroom GPOs and automated doors, the AusherMed 3600 is recommended. Its 3,600Wh capacity (expandable to 28.8kWh) and IEC 62040 UPS certification make it suitable for building-level backup applications. For individual medical devices used by SDA residents at the bedside — such as CPAP machines, oxygen concentrators, or alternating air mattresses — the AusherMed 2400 with IEC 60601 medical-grade compliance is recommended. Many SDA homes benefit from using both models together.
Yes. When connected to a sub-switchboard, the AusherMed 3600 can back up automated doors used for entry or egress, as required under Clause 22.1 of the SDA Design Standard for HPS dwellings. The 10ms UPS switchover ensures doors continue operating seamlessly during a power outage, maintaining safe access for residents.
Yes. A common setup in SDA homes is the AusherMed 3600 connected to the sub-switchboard to back up bedroom GPOs and automated doors, while an AusherMed 2400 sits at the bedside providing medical-grade backup directly to patient-connected devices such as CPAP machines and oxygen concentrators. This dual-layer approach ensures both building-level and patient-level power continuity.
No. The SDA Design Standard sets a performance requirement — a minimum 2-hour backup for specified circuits — but does not mandate a specific type of system. UPS battery systems (such as the AusherMed 3600), diesel generators, and gas generators are all acceptable solutions. A UPS system offers advantages including silent operation, zero emissions, instant switchover, portability, and no fuel storage requirements — making it well suited for residential SDA environments.
Vaccine Storage and Cold Chain
Yes. The AusherMed 3600 provides seamless UPS backup for vaccine fridges and cold chain storage. A typical medical refrigerator drawing 160W will run for approximately 20+ hours on the AusherMed 3600, and runtime can be extended significantly with expansion batteries. The 10ms UPS switchover ensures the fridge maintains temperature without interruption — critical for vaccine viability and cold chain compliance.
The AusherMed 3600 is recommended for most vaccine and cold chain applications due to its higher capacity (3,600Wh, expandable to 28.8kWh) and extended runtime capability. It is certified to IEC 62040 UPS standards. For environments that require IEC 60601 medical-grade compliance for their backup power, the AusherMed 2400 (TGA registered, ARTG No. 513808) is also available. Contact us to discuss which model best suits your specific environment and compliance requirements.
A typical medical refrigerator drawing 160W will run for approximately 20+ hours on the AusherMed 3600's 3,600Wh capacity. Adding one 3600B expansion battery doubles this to approximately 40+ hours. The system can be expanded up to 28.8kWh for extended outage protection. Actual runtime depends on the specific fridge model, ambient temperature, and how frequently the door is opened during the outage.
The AusherMed supports cold chain compliance by providing uninterrupted backup power with under 10ms switchover. This ensures temperature-controlled storage is maintained continuously during power outages, preventing temperature excursions that could compromise vaccine viability. There is no gap in power supply — the fridge continues operating seamlessly when mains power fails.
Yes. The AusherMed 3600 delivers 3,600W continuous output (7,200W peak) and can power multiple refrigeration units simultaneously. For pharmacies, clinics, or pathology labs with several fridges, expansion batteries can be added to extend runtime. The system can be connected directly to each fridge or via a sub-switchboard for multi-circuit backup.
NDIS and Funding
Backup power for medical equipment may be considered as Assistive Technology under the NDIS, particularly where a participant relies on powered equipment for daily living or life-critical care. Eligibility depends on individual circumstances and plan goals. We recommend discussing this with your Support Coordinator or Occupational Therapist, who can assess whether backup power is a reasonable and necessary support for your situation.
Yes. We regularly work with Support Coordinators, OTs, and plan managers to assess backup power needs for NDIS participants. We can provide product specifications, compliance documentation, and clinical rationale to support funding requests.
Yes. The AusherMed range is designed for use in SDA homes. The AusherMed 3600 provides sub-switchboard backup for building-level requirements (bedroom GPOs, automated doors) as required under the SDA Design Standard for HPS dwellings. The AusherMed 2400 provides medical-grade bedside backup for patient-connected devices. Both models feature quiet operation, portable design, and healthcare-grade compliance suitable for residential care environments.
Installation and Use
For basic plug-and-play use — powering devices directly from the AusherMed's AC outlets — no electrician is required. Simply plug your medical devices into the power station and connect it to mains power for charging. For multi-circuit backup via a sub-switchboard, installation must be performed by a licensed electrician in accordance with local regulations.
The AusherMed 2400 weighs 29kg and the AusherMed 3600 weighs 48kg. Both models include a built-in trolley with wheels for easy transport between rooms, into vehicles, or to holiday destinations. The portable design means you can take your backup power with you when you travel.
The AusherMed operates with minimal noise, making it suitable for bedside use, bedrooms, and quiet clinical environments. There is no diesel generator noise or vibration — just clean, quiet power delivery.
Yes. The AusherMed supports DC charging from a vehicle via the DC input port. This means you can keep the unit charging during road trips while simultaneously powering medical devices like CPAP machines or air mattresses in the vehicle.
Yes. The AusherMed supports solar charging via its DC input with MPPT (Maximum Power Point Tracking). The AusherMed 2400 accepts up to 1,200W solar input and the AusherMed 3600 accepts up to 2,400W. Note that the AusherMed is not designed for direct connection to off-grid solar systems — it is designed as a portable backup power solution.
Warranty and Support
All AusherMed power stations and expansion batteries come with a 5-year warranty. The products are designed for a 10-year lifespan.
Aushertech is an Australian-owned company based at 451 Nepean Highway, Brighton East, VIC 3187, Melbourne, Australia. We provide Australian-based support for all customers.
You can reach us by email at info@aushertech.com.au, by phone at +61 404 597 813, or through the contact form on our website. We offer free consultations to help you find the right backup power solution for your needs.
Choosing the Right Model
The AusherMed 2400 is a 2,400Wh medical-grade power station designed to IEC 60601-1 and IEC 60601-1-2 standards, with TGA registration (ARTG No. 513808) and 8,000 battery life cycles. It weighs 29kg and is designed for direct connection to patient medical devices. The AusherMed 3600 is a 3,600Wh high-capacity UPS power station certified to IEC 62040 standards, with 6,000+ battery life cycles, 3,600W output, and features including an 8-inch LCD touchscreen, EV charging port, and home backup port for sub-switchboard connection. It weighs 48kg and is designed for facility-level and cold chain backup applications.
Choose the AusherMed 2400 when you need backup power for medical devices that are directly connected to or used by patients — such as CPAP machines, oxygen concentrators, alternating air mattresses, and suction devices. The AusherMed 2400 is designed to IEC 60601-1 and IEC 60601-1-2 medical device safety standards and is TGA registered (ARTG No. 513808). It is the right choice for home healthcare, bedside use, and any application where medical-grade compliance is required.
Choose the AusherMed 3600 when you need higher capacity backup power for facility-level applications — such as SDA sub-switchboard backup (bedroom GPOs, automated doors), vaccine cold chain protection, clinic-wide backup, or any setup requiring more than 2,400Wh of capacity. The AusherMed 3600 is certified to IEC 62040 UPS standards and offers 3,600Wh expandable to 28.8kWh with 3,600W continuous output.
Yes. Many SDA homes and healthcare facilities benefit from using both models. The AusherMed 3600 connects to the sub-switchboard to back up building circuits (bedroom GPOs, automated doors), while the AusherMed 2400 sits at the bedside to provide medical-grade backup for patient-connected devices. This dual-layer approach ensures both facility-level and patient-level power continuity.
A medical-grade power station is designed and tested to international medical device safety standards (such as IEC 60601-1), with specific requirements for patient-safe leakage current, electromagnetic compatibility, and qualification for use in Medical Electrical Systems. Consumer power stations are designed for general use and do not undergo this level of medical-specific testing. Key technical differences typically include faster UPS switchover time (10ms vs 20ms), higher battery cycle life, and regulatory recognition as a medical device.