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1. What is LAVOTM ?
LAVOTM is an Australian technology and lifestyle company powered by hydrogen. We are commercialising the LAVO systemTM, which is a world first integrated hybrid hydrogen battery designed for residential and business use.
Our mission is to empower families, communities and businesses with positive energy for an independent and sustainable future.
2. How can I register to be a business partner?
As our product and business continues to develop, we are always looking to engage in conversations about strategic partnerships that will help bring green energy to families, businesses and communities.
3. How can I invest in LAVO?
LAVO is not listed on any public exchange and at this stage we have no immediate plans for public listing.
LAVO is closing its Series A capital raising activity soon. This round is open to strategic sophisticated investors with a minimum placement of AUD$2 million. If you wish to invest in LAVO™ and meet this criteria, please reach out to us at firstname.lastname@example.org.
1. How do I pre-order the product
LAVO is currently accepting pre-orders for LAVO units so you can secure your place in the queue. You can pre-order the product by putting down a fully refundable AUD$100 deposit for a 2022 version, or AUD$50 for a 2023 version. Please note all pre-orders for 2021 are fully allocated, and the next available pre-order is for 2022 units only.
This money is not used for any internal business operations (it is purely as an expression of interest) and is fully refundable should customers change their mind.
Pre order here.
2. Can I pre-order the product if I am outside of Australia?
Yes, the LAVO unit will be made available internationally. You can secure your place in the queue by selecting our international pre-order option here.
We expect that LAVO units will be available internationally in the latter half of 2022.
3. When will I receive my LAVO unit?
The LAVO unit will be delivered to an initial group of Australian customers as early as March 2022. The second round of distribution will occur in Australia in mid to late 2022.
International distribution will be available in late 2022 into 2023.
Please be aware that these time predictions are fluid and depend on global supply chains currently disrupted by COVID19 lockdowns and certification approvals in each region whose duration and timings are difficult to predict.
1. How much does the unit cost?
The LAVO unit is currently priced at AUD$34,750 for the units due to market in 2021, and AUD$29,450 for the units due to market in 2022. Please note this price excludes maintenance and installation costs. Yearly maintenance is minimal and comprises mostly filter replacements. Installation prices can vary with the existing or planned Solar PV or other renewable energy system design. Estimates are expected to be between AUD$3,000 to as much as AUD$15,000 depending on site complexity.
2. Does the unit come with warranty and a return policy?
The LAVO unit will be covered with warranty required by law. More details of our warranty and returns policy will be released shortly.
1. How will my LAVO unit be distributed to me if I am in Australia?
The LAVO unit will be delivered through a network of channel partners already active in the renewable energy sector.
We are currently reviewing a list of potential channel partners in Australia to provide a timely delivery and installation of the LAVO unit to domestic and business/industrial customers. The feedback has been tremendous, and our accreditation process, manuals, and recommended maintenance/repair component stock, and compatible inverter list is now taking shape with valued input from the field.
We will release more details about our distribution partners in Australia later this calendar year.
2. How will my LAVO unit be distributed to me if I am outside of Australia?
LAVO is also working with talented international channel partners to secure the timely delivery and installation of LAVO units internationally, however this process will take longer and will be informed by our domestic progress in 2021.
We will release more details about our distribution partners in each region likely in the first half of 2022.
Again – Please be aware that these time predictions are fluid and depend on global supply chains currently disrupted by COVID19 lockdowns and certification approvals in each region whose duration and timings are difficult to predict.
1. How does the LAVO unit work?
The LAVO system is a hybrid battery that performs the function of storing this excess energy from solar panels in the form of very high density, solid state hydrogen through our proprietary hydrogen hydride technology.
When this excess energy is needed, it is converted back into AC power on demand through a hydrogen fuel cell to power your home in times when there is not enough solar power being produced to meet energy demands.
One LAVO unit can store up to 40kWh of hydrogen (net of efficiency losses), which is enough to power the average Aussie home for up to about 2 days off the grid.
For more information about the tech specs of the product, please see our e-brochure here.
2. Why can’t I just power my home using solar panels?
A problem faced by traditional solar power is intermittency: during times of low sun or wind there is not enough power being produced to meet demand, and at other times there is much more power generated than is required. The LAVO unit aims to fill this gap by providing a storage solution for this excess energy, with an ability to power the average Australian home for up to two days off the grid.
3. What is the environmental impact of the LAVO unit?
By storing excess renewable energy as hydrogen, the LAVO unit can help households, businesses and communities reduce their carbon footprint and protect the environment.
When hydrogen is combined with oxygen at the fuel cell it creates electricity, heat, and purified water only. Therefore, the LAVO system produces zero carbon dioxide emissions. The hydrogen is also stored in a proprietary metallic hydride formula using a unique combination of common metals. Once this hydride within the vessels reaches its end of life these metals can be melted down and fully recycled.
The current system does not recover the purified water or oxygen, but future designs will likely be completely circular and emit nothing at all. The water created at the fuel cell can be reused in the electrolyser and the created oxygen also has value. Once the basic unit is certified these refinements and design upgrades can be explored further to have even more positive environmental impact.
4. Is the LAVO unit safe?
LAVO is complying with all the State and Federal safety regulations in Australia.
The innovation of LAVO’s proprietary metal hydride container means the hydrogen itself is locked in solid materials. This is a reliable and well-established technology used to store hydrogen safely. If the Hydrogen were to catch flame, it will not explode. While hydrogen is flammable it is inherently no more dangerous than other conventional fuels such as gasoline or natural gas.
The LAVO system is also embedded with smart technology and multiple safety mechanisms, meaning that if there were to be a malfunction, the system will shut off and the hydrogen will be released into the atmosphere immediately, and a technician will be alerted to resolve the issue.
1. Will my unit require maintenance?
Annual maintenance of the LAVO unit by a qualified technician likely be recommended.
The maintenance will include replacing consumables like filters, coolant levels and electrolyser fluids if required, maintenance to the water purifiers, and replacement of the lithium battery, metal hydride and fuel cell after completing their 20 000+ cycles (which is expected to last 15-20 years). The life expectancy of the electrolyser is approximately one half-two thirds that of the other components. In our modelling we generally assume an electrolyser refurbishment or replacement will be required over the life of the unit. Timing on this will be dependent on the environment and useage factors that impact performance degradation.
Please note the technology is still under development and might change/improve over time, and maintenance requirements are dependent on environmental factors and usage patterns.
The LAVO unit will have inbuilt self-monitoring capabilities and will notify your authorised installer (and you) of any potential issues – and in many cases, even before an issue becomes a problem!
1. What inverter is the LAVO unit compatible with?
The LAVO unit is only compatible with a hybrid AC / DC solar power inverter at this stage. LAVO has tested the Sungrow SH5K-20 Hybrid Inverter bundle and compatibility with other Hybrid Inverters is being investigated and will be released shortly. Please note that the inverter is not included in the purchase of the LAVO unit.
2. What connections does the LAVO unit require?
The LAVO unit will require connection to the mains water supply, a hybrid inverter (compatible with a minimum 6.5 kW systems, and grid power) and connection to 3G or 4G Wifi to monitor and control performance via the LAVO App.
3. Why does the LAVO unit include a battery?
The LAVO system includes a small Li-ion battery (5kWh and 5 kW output, 1C). This small on-board battery acts a bit like the starter in your motor vehicle, helping to get the system up and going in the morning while providing any additional peak energy demands your household or business may need. Another interesting feature is that the battery also allows us to focus the fuel cell within the set of boundary conditions to maximise its overall efficiency.
4. How much water will the LAVO unit use?
The LAVO unit uses around 18L of water for a full charge cycle, allowing you to power an average Australian house for two days off the grid. Once recombined at the fuel cell, the resulting water can then be released as de-mineralised water. The LAVO unit does not yet recycle this clean water but may do so in future product designs.
5. What is hydride and how is it used in the LAVO unit?
LAVO’s hydride formula is a unique combination of minerals that forms an alloy. These Hydride materials absorb the hydrogen like a sponge and store it as an atom (H), allowing it to store very large amounts of hydrogen in a small space.
6. What solar panels are compatible with the LAVO unit?
The main consideration for LAVO’s compatibility with your system is not the type of solar panels, but rather the inverter used to connect the solar panels.
The LAVO unit connects to a Hybrid Inverter which links to dwelling’s photovoltaic systems, currently compatible with 6.5 kW or larger systems, and grid power. LAVO has tested the Sungrow SH5K-20 Hybrid Inverter bundle and compatibility with other Hybrid Inverters is being investigated and will be released shortly.
7. Can multiple LAVO units work together for higher storage demands?
Yes, multiple LAVO units can be used together to generate higher rates of energy storage. To achieve this, compatible inverter(s) will be required.
8. Can the hydrogen hydride vessel system be used on a standalone basis for other purposes?
Not at this stage. Our metal hydride is a core proprietary system developed in conjunction with the University of New South Wales (UNSW) and forms part of the LAVO system which offers a unique value proposition as an integrated, standalone system.
9. What is the efficiency of the LAVO unit and what does this mean?
The round trip efficiency of the LAVO unit is approximately 50%.
This means that of the excess energy going into the unit, only 50% can be reused to power your home. This is due to energy being lost in the process of electrolysis and at the fuel cell and is unavoidable. For more details on the calculation of this efficiency you can reach out to us at email@example.com and we will take you through it. The product long life cycle tends to more than make up for this efficiency loss when compared to a battery only solutions.
10. What is a fuel cell?
A fuel cell is a device that can react hydrogen and oxygen to generate electricity from chemical energy. It can continuously provide electricity if there is a constant supply of hydrogen and oxygen.
11. What is the output power of the Fuel cell?
The output is 5kW continuous, with a peak output of 6.8kW. However, the peak output is not recommended for the longevity of the fuel cell and therefore the max. output of the system is limited to 5kW.
12. What is the input power and input voltage requirement to run the Electrolyser?
The input power is 2.2kW and the voltage is 48VDC
13. What is the Output Voltage range of the 48V 5kW DC-DC Converter?
The range is 0 – 80V