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Our roots
Flybrid Systems was founded in 2007 with a mission to increase the efficiency of Formula One cars and automobiles in general by utilising flywheel technology. Formula One provided an ideal platform for technology development due to its high budget and fast feedback loop, where any improvements made could be tested in a race within two weeks. The dynamic duty cycle of Formula One cars made them a perfect application for flywheel technology.
Our acquisition by the PUNCH Group in 2018 provided us with more resources to develop innovative energy storage solutions. In 2021, we introduced our flagship product, the PUNCH Power 200, an energy storage system that utilises flywheel technology to reduce emissions and fuel costs in dynamic duty cycles.
Today, PUNCH Flybrid works across multiple industries, wherever we find dynamic duty cycles where energy can be recovered and recycled. An easy example of a dynamic duty cycle is the tower crane. Tower cranes have a very dynamic duty cycle and operate for 10 hours a day, six days a week, emitting huge amounts of harmful emissions in urban environments. Our PUNCH Power 200 system allows crane operators to reduce the size of the generator required, which in turn saves money and reduces emissions. By reducing emissions, we can improve air quality for all urban residents while also saving money for constructors.
One PUNCH Power 200 can save the equivalent of 55 cars worth of fuel and emissions from a single tower crane in just one year. We have already created over 200 PUNCH Power 200 systems and saved over 2 million litres of diesel.
We have also been involved in the development of the world’s first hydrogen generator and are involved in several other emerging markets, such as the battery sector. Our commitment to sustainability and innovation drives us to continue developing products that make a positive impact on society and the environment.
Flybrid Systems was founded in 2007 with a mission to increase the efficiency of Formula One cars and automobiles in general by utilising flywheel technology. Formula One provided an ideal platform for technology development due to its high budget and fast feedback loop, where any improvements made could be tested in a race within two weeks. The dynamic duty cycle of Formula One cars made them a perfect application for flywheel technology.
Our acquisition by the PUNCH Group in 2018 provided us with more resources to develop innovative energy storage solutions. In 2021, we introduced our flagship product, the PUNCH Power 200, an energy storage system that utilises flywheel technology to reduce emissions and fuel costs in dynamic duty cycles.
Today, PUNCH Flybrid works across multiple industries, wherever we find dynamic duty cycles where energy can be recovered and recycled. An easy example of a dynamic duty cycle is the tower crane. Tower cranes have a very dynamic duty cycle and operate for 10 hours a day, six days a week, emitting huge amounts of harmful emissions in urban environments. Our PUNCH Power 200 system allows crane operators to reduce the size of the generator required, which in turn saves money and reduces emissions. By reducing emissions, we can improve air quality for all urban residents while also saving money for constructors.
One PUNCH Power 200 can save the equivalent of 55 cars worth of fuel and emissions from a single tower crane in just one year. We have already created over 200 PUNCH Power 200 systems and saved over 2 million litres of diesel.
We have also been involved in the development of the world’s first hydrogen generator and are involved in several other emerging markets, such as the battery sector. Our commitment to sustainability and innovation drives us to continue developing products that make a positive impact on society and the environment.
