BUILDING THE WORLD'S MOST COST-EFFECTIVE Multifuel MICROTURBINE
A PRACTICAL SOLUTION TO BRIDGE THE ENERGY TRANSITION GAP
BUILDING THE WORLD'S MOST COST-EFFECTIVE Multifuel MICROTURBINE
A PRACTICAL SOLUTION TO BRIDGE THE ENERGY TRANSITION GAP
Florestan Microturbine Technology
Multifuel - Renewable Fuel Compatible
Energy Intelligence - Digital Twin
Florestan Technology's proprietary 80kW Multifuel Microturbine System, featuring a patented gearbox design and other key design innovations, offers a flexible and modular solution for integrating off-the-shelf components. These key design attributes enable the production of the world's lowest cost microturbine generator. Its user-friendly
Florestan Technology's proprietary 80kW Multifuel Microturbine System, featuring a patented gearbox design and other key design innovations, offers a flexible and modular solution for integrating off-the-shelf components. These key design attributes enable the production of the world's lowest cost microturbine generator. Its user-friendly operation requires no specialised training and also facilitates simplified maintenance. The compact design allows for easy transport and installation. The system provides 24/7 availability using both diesel and renewable energy sources. In Trigeneration Mode, it can achieve a remarkable energy efficiency of up to 85%.
Energy Intelligence - Digital Twin
Multifuel - Renewable Fuel Compatible
Energy Intelligence - Digital Twin
Florestan Technology Microturbines have a built-in microcontroller system with wireless connectivity, compatible across Android, iOS, and Windows platforms. This system allows for remote control and monitoring, enhancing efficient management. With Digital Twin technology and predictive maintenance features, it enables proactive decision-
Florestan Technology Microturbines have a built-in microcontroller system with wireless connectivity, compatible across Android, iOS, and Windows platforms. This system allows for remote control and monitoring, enhancing efficient management. With Digital Twin technology and predictive maintenance features, it enables proactive decision-making. It also supports grid optimisation and performance analysis, including Carbon Footprint reporting. Continuous improvements are being made to enhance diagnostic capabilities, with a platform for future implementation of AI.
Multifuel - Renewable Fuel Compatible
Multifuel - Renewable Fuel Compatible
Multifuel - Renewable Fuel Compatible
Florestan Technology is dedicated to delivering zero-emissions technologies. By leveraging the high energy density of fuels such as hydrogen and utilising commercial electrolysers, the surplus energy from solar and wind sources can be efficiently stored. This stored energy can then be converted into electricity using microturbines, direct
Florestan Technology is dedicated to delivering zero-emissions technologies. By leveraging the high energy density of fuels such as hydrogen and utilising commercial electrolysers, the surplus energy from solar and wind sources can be efficiently stored. This stored energy can then be converted into electricity using microturbines, directly contributing to grid stabilization.
Additionally, Florestan Technology's multifuel capability will enable a seamless transition from fossil fuels to biofuels and then hydrogen as the hydrogen production and distribution market continues to mature.
Net-Zero Technology - 24/7 Availability
Remote Generation - Critical Power Supply
Net-Zero Technology - 24/7 Availability
In recent years, a growing share of the Australian power grid has been supplied by solar panels and wind turbines. While these renewable energy sources offer significant benefits, such as reducing carbon emissions and decreasing reliance on fossil fuels, their intermittent nature poses challenges to grid stability, raising growing concerns about the future stability of the power grid as electricity demand continues to rise.
Florestan Technology Microturbines can play a key role in the development of a clean energy economy by providing backup power and balancing the grid while offering a more cost-effective and environmentally friendly solution to batteries.
High Efficiency - Trigeneration
Remote Generation - Critical Power Supply
Net-Zero Technology - 24/7 Availability
When trigeneration capability is applied using hydrogen as the fuel source, the clean energy efficiency results are expected to be a 'game changer'. Incorporating an Electrolyser to generate hydrogen fuel from surplus available wind or solar power, the hydrogen fuel produced can be used by the Florestan microturbine generator under a Trigeneration mode which will deliver efficiency levels of up to 85% with zero emissions.
Remote Generation - Critical Power Supply
Remote Generation - Critical Power Supply
Remote Generation - Critical Power Supply
Compact, scalable, and robust design with simplified transportation and installation. Our solution is capable of operating in both grid-connected and stand-alone modes, and features global monitoring and remote control.
It is suitable for rooftop and basement installations, as well as for remote locations, such as mining and defence deployments.
The power system fits in the tray of a utility pick-up vehicle so is suitable for fast deployment, e.g. for natural disaster management (floods, hurricanes, earthquakes, etc).